Disclosed herein is a simulated Ghana Christmas hut, in accordance with some embodiments. Accordingly, the simulated Ghana Christmas hut comprises a base structure and huts. Further, the base structure is configured to be disposed on a surface. Further, the huts are supported on the base structure. Further, the huts are stacked on the base structure in a vertical direction based on a hut size of the huts. Further, each hut comprises a side wall and a roof corresponding to the hut size of each hut. Further, the roof is attached to the side wall along a top edge of the side wall for forming a hut interior space. Further, the side wall of each hut comprises an opening leading into the hut interior space of each hut. Further, the side wall and the roof of each hut are comprised of coconut fronds.

The invention relates to a foldable greeting card having an outer side and an inner side and a number of electronic and electrical components, the card (1) being provided in a foldable manner, comprising a fold at one point which divides the card preferably into two parts (2, 3) of equal size, thus having two halves which can be folded congruently on top of one another, at least one part (2) being provided at least partially in two layers with an inner and an outer layer, and at least some of the electronic and electrical components comprising light and acoustic elements (5, 9) for generating light and sound effects, a switch (8) for activating the light and acoustic elements (5, 9), a circuit or microprocessor (7) for controlling the electrical components, and a power supply (10) being provided between the inner and outer layers of the card (1), and wherein the inner side of the two-layered part (2) comprises cut-outs (4) through which various light effects of the light elements (5) can shine through and wherein the light effects and sound effects are synchronized with each other to simulate fireworks.

The invention relates to a foldable greeting card having an outer side and an inner side and a number of electronic and electrical components, the card (1) being provided in a foldable manner, comprising a fold at one point which divides the card preferably into two parts (2, 3) of equal size, thus having two halves which can be folded congruently on top of one another, at least one part (2) being provided at least partially in two layers with an inner and an outer layer, and at least some of the electronic and electrical components comprising light and acoustic elements (5, 9) for generating light and sound effects, a switch (8) for activating the light and acoustic elements (5, 9), a circuit or microprocessor (7) for controlling the electrical components, and a power supply (10) being provided between the inner and outer layers of the card (1), and wherein the inner side of the two-layered part (2) comprises cut-outs (4) through which various light effects of the light elements (5) can shine through and wherein the light effects and sound effects are synchronized with each other to simulate fireworks.

A pop-up card includes an erectable pop-up display structure that can be easily removed from the card to be displayed. The pop-up card is foldable between closed and opened positions. The card includes a slot therein for holding the pop-up display structure. The pop-up display structure comprises a plurality of intersecting slice-form elements mounted on a foldable base. At least a portion of the foldable base is removably inserted in the slot such that when the card is closed, the foldable base is folded and the pop-up display structure is in a flattened state. When the card is opened, the foldable base is unfolded and the pop-up display structure is in an erected 3-D state. The pop-up display structure can be slid out of the slot in the card and displayed when desired.

A pop-up card includes an erectable pop-up display structure that can be easily removed from the card to be displayed. The pop-up card is foldable between closed and opened positions. The card includes a slot therein for holding the pop-up display structure. The pop-up display structure comprises a plurality of intersecting slice-form elements mounted on a foldable base. At least a portion of the foldable base is removably inserted in the slot such that when the card is closed, the foldable base is folded and the pop-up display structure is in a flattened state. When the card is opened, the foldable base is unfolded and the pop-up display structure is in an erected 3-D state. The pop-up display structure can be slid out of the slot in the card and displayed when desired.

An openable structure, such as a greeting card or book, with a body, a cam lift mechanism, and at least one decorative element fixed to tab portions of the cam lift mechanism extending through cam slots in the body. The cam lift mechanism is actuatable by pivoting subpanels of the body away from each other. Pivoting of one of the subpanels causes lateral movement of a cam lever, which then pulls an extended arm portion of a rotating portion of the cam lift mechanism, causing the rotating portion to rotate about a primary axle. The cam slots guide the decorative elements radially outward or radially inward toward the primary axle upon rotation of the cam lift mechanism, causing the decorative elements to pop up or extend outward from the body.

An openable structure, such as a greeting card or book, with a body, a cam lift mechanism, and at least one decorative element fixed to tab portions of the cam lift mechanism extending through cam slots in the body. The cam lift mechanism is actuatable by pivoting subpanels of the body away from each other. Pivoting of one of the subpanels causes lateral movement of a cam lever, which then pulls an extended arm portion of a rotating portion of the cam lift mechanism, causing the rotating portion to rotate about a primary axle. The cam slots guide the decorative elements radially outward or radially inward toward the primary axle upon rotation of the cam lift mechanism, causing the decorative elements to pop up or extend outward from the body.

The present invention comprises a set of interlocking panels arranged in stacked polygons to create a scalable, re-useable and flat-packable Christmas tree or display stand that substitutes for traditional Christmas trees in that it allows for use of standard string lights, garland, traditional hanging ornaments or also as a standalone stylized Christmas tree or display stand. In some embodiments, the panels could also be combined to form other objects.

The Invention is a Pop-Up Three-Dimensional Tri-Folded All Occasional Greeting Card, which is a light to medium cardstock. It can be of oval or in other setting surrounding the image. The middle leaves are heart shaped with the other leaves coming off of that heart shaped leaf. The design consists of a variation of hybrid roses along with birds and butterflies, but not limited to those image designs. All images can be in color or black and white.

The Invention is a Pop-Up Three-Dimensional Tri-Folded All Occasional Greeting Card, which is a light to medium cardstock. It can be of oval or in other setting surrounding the image. The middle leaves are heart shaped with the other leaves coming off of that heart shaped leaf. The design consists of a variation of hybrid roses along with birds and butterflies, but not limited to those image designs. All images can be in color or black and white.