Abstract:
A self-exploration assembly includes a base and a plurality of layers each shaped so that when the plurality of layers are coupled to the base in a first orientation, the plurality of layers together resemble a bulbous shape, and, when the plurality of layers are coupled to the base in a second orientation, the plurality of petals resemble a flower shape.
Abstract:
A realistically opening artificial flower has a slidable pusher basket having an upper end and a lower end and is moveable from a first position to a second position. The flower includes a means for moving the slidable pusher basket from the first position to the second position; the means is located generally adjacent the lower end of the slidable pusher basket. The flower also includes a simulated flower with a base that receives the upper end of the slidable pusher basket along with multiple rows of petals disposed on a plurality of vertically stacked supports. The slidable pusher basket is coupled with at least one of the plurality of vertically stacked supports via a petal attachment member. Incident to the slidable pusher basket moving from the first position to the second position, the multiple rows of petals transition from the generally closed position to the generally open position, and each row of petals has varying open and closed angles.
Abstract:
The present invention is a composite structure that changes shape as temperatures change. The composite structure utilizes a flexible substrate. The flexible substrate is static and does not change shape by itself in response to changes in temperature. A supports structure is affixed to the flexible substrate. The support structure is made from bi-layer films that change shape in response to changes in temperature. The support structures are formed into complex shapes that are smaller than the flexible substrates they support. As a result, when the support structure are affixed to the flexible substrates, the support structures cause the flexible substrates to buckle, bend and twist as the support structures change shape with temperature. The support structures can be designed so as to cause the specific changes in the flexible substrate to as to mimic the natural blooming movements of a flower petal or leaf.
Abstract:
A movable decoration capable of being moved to exhibit unexpected motion or variation in configuration while maintaining a conventional ornamental effect in a stationary state, resulting in a viewer taking much interest and exhibiting lots of imaginative power. The movable decoration includes a power supply, to which a sensor switch is connected. Also, the decoration includes a motor connected through the sensor switch to the power supply, a drive mechanism connected to the motor so as to be actuated thereby, and a core in the form of a wire operatively connected to the drive mechanism so as to be rotated depending on actuation of the drive mechanism. On the core is loosely fitted a hollow element such as a artificial plant, a doll or the like so that it may be meanderingly moved depending on and separate from rotation of the core.
Abstract:
A movable decoration capable of being moved to exhibit unexpected motion or variation in configuration while maintaining a conventional ornamental effect in a stationary state, resulting in a viewer taking much interest and exhibiting lots of imaginative power. The movable decoration includes a power supply, to which a sensor switch is connected. Also, the decoration includes a motor connected through the sensor switch to the power supply, a drive mechanism connected to the motor so as to be actuated thereby, and a core in the form of a wire operatively connected to the drive mechanism so as to be rotated depending on actuation of the drive mechanism. On the core is loosely fitted a hollow element such as a artificial plant, a doll or the like so that it may be meanderingly moved depending on and separate from rotation of the core.
Abstract:
An artificial flower which includes an elongated hollow member simulating a branch and having a flared member at one end thereof; a cord inserted in the hollow member and having a first end extending out of the flared end member and a second end extending out of the other end of the hollow member; simulated petals made of a flexible material attached to the first end of the cord in a normally spreading outward position; and a moving mechanism attached to the second end for reciprocating the cord to extend out of and retract into the flared end member.
Abstract:
A self-exploration assembly includes a base and a plurality of layers each shaped so that when the plurality of layers are coupled to the base in a first orientation, the plurality of layers together resemble a bulbous shape, and, when the plurality of layers are coupled to the base in a second orientation, the plurality of petals resemble a flower shape.
Abstract:
A device incorporating an erectile member that becomes erect upon being partially immersed in water. The erectile member is formed from a flexible tube that contains a hydrophilic material. The hydrophilic material swells when hydrated, pressurizing the tube and causing it to become erect. A decorative feature may be added to one end of the erectile member, such as a simulated flower blossom, and the device may be displayed in a vase. The device may be designed to return to its original drooping state once it has consumed all the water in the vase. Other features and embodiments are described herein.
Abstract:
A pop-up Christmas tree that is formed by translucent spandex printed fabric member, printed with a graphic of a real Christmas tree, wrapped into a cone shape. An electrically motorized power antenna assembly is located within the hollow trunk of the tree display. A plurality of supporting frames and cords are mounted inside the fabric cone shape. The antenna tip is attached to the internal apex of the fabric cone shape. The base of the cone shape is attached to the perimeter of a molded plastic tree base housing. When the user activates the power antenna via a remote control switch, the tree shape rises from its base housing to instantly form a realistic Christmas tree shape. The walls of the fabric cone shape include apertures that hold standard Christmas lights and hooks for ornaments.
Abstract:
The present invention pertains to a solar powered flower of dynamic simulation comprising a stem, a solar power supplier, a connecting base, a driving unit, a movable tray, and plurality of swinging members as well as petals. Wherein, the connecting base fixed on the top end of the stem and peripherally provided with multiple inlaying slots, in which the swinging member is pivoted. Each swinging member provides an upper arm to install a petal, and a lower arm to pivot the movable tray, on which contacts an output terminal of the driving unit for the movable tray to move up- and downward to motivate the vacillation of the swinging member as a seesaw. The petals then swing conforming to the swinging member to bloom and close achieving a dynamic simulation of the reality. When the ornamental states of the flower change according to the light variation in the daytime and at the night, the performance of the product is more close to Nature, which conduces to promote the ornamental function and market competitiveness thereof.