Abstract:
A new simulated blooming flower for simulating the blooming of a flower when water is added. The device includes a container having a sieve therein which defines a reservoir. The sieve has a plurality of drainage apertures. An elongate stem extends from the sieve with the lower end of the stem positioned adjacent the sieve. A rod is disposed in the stem and a float is disposed in the reservoir and coupled to the lower end of the rod. Coupled to the upper end of the stem is a simulated flower having a plurality of simulated petals which are positionable between a closed position and an open blooming position. A plurality of actuating members is provided within the flower with upper ends of the actuating members positioned adjacent to the petals of the flower and lower ends of the actuating members positioned over the stem. A stamen assembly pushes the actuating members when the stamen assembly is upwardly extended such that the petals of the flower member are moved towards the blooming position.
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:
In an artificial-flower toy apparatus operative in response to sensing of external sound, a sound-sensing operational unit is contained within a container and includes a motor which has a driving shaft. The sound-sensing operational unit senses the external sound to drive the motor. An artificial-flower dancing unit is contained within the container and includes an angularly movable shaft and at least one artificial flower which has a stem and a core rod inserted in the stem. The core rod of the artificial flower has a lower end portion which is connected to the angularly movable shaft for angular movement therewith about an axis of the angularly movable shaft. The artificial flower is mounted on the container in an upstanding manner. The angularly movable shaft is interlocked with the driving shaft of the motor for angular movement about the axis of the angularly movable shaft, so that the artificial flower is danced by the motor of the sound-sensing operational unit.
Abstract:
A housing contains a rotating platform mounted on a shaft which is driven by a motor which can be operated by a battery, flowers plants and bells are mounted on the platform and a butterfly is mounted through a slot in a collar of the housing surrounding the platform, the wire supporting the butterfly is caused to vibrate by a cog wheel mounted on the shaft which causes cogs to press against the wire supporting the butterfly, another cog wheel mounted on the shaft causes a hammer mounted within the housing to gently hit a bell depending from a support within the housing, causing gentle bell like sounds while the butterfly moves around undulatingly as the platform rotates.
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 rotating drive device capable of exhibiting a variety of applications and/or diversities and being easily assembled. The rotating drive device includes a drive mechanism unit and a transmission mechanism unit operatively connected to the drive mechanism unit. The drive mechanism unit includes a casing, in which a power supply, a sensor and a motor are arranged. The drive mechanism unit also includes an output shaft which is operatively connected to the motor and through which the transmission mechanism unit is connected to the drive mechanism unit. The motor is electrically connected to the power supply and sensor so as to be actuated when the sensor detects an external stimulus. The transmission mechanism unit includes an input section operatively connected to the output shaft of the drive mechanism unit to transmit the drive force of the drive mechanism unit to the transmission mechanism unit and a plurality of output sections for transmitting the power of the transmission mechanism unit to the exterior.
Abstract:
A display unit for point of sale advertising comprises a stationary object, such as a real or simulated flowering plant, mounted on a support, such as a flowerpot, and a flying object, such as a simulated butterfly, operated by driving apparatus so as to move in a randomly undulating and randomly reversible orbit around the plant, as would a real butterfly. The driving apparatus comprises an electric motor having a motor housing stationarily mounted on the flowerpot, a stator including a stationary field coil electrically energizable by alternating current mounted in the motor housing, and a rotor in the form of a bipolar permanent magnet rotatably mounted on an upright magnetizable metal shaft on the motor housing. The driving apparatus further comprises a thin resiliently flexible length of piano wire having its lower end mechanically connected to and rotatable by the permanent magnet rotor and having the simulated butterfly mechanically connected to its upper end. In operation, energization of the field coil produces a magnetic field which causes the permanent magnet rotor, the wire and the simulated butterfly to rotate in one direction. However, a predetermined mechanical load imposed on the permanent magnet rotor effected by random striking of the simulated butterfly against the plant, or by random horizontal and vertical excursions of the simulated butterfly in its orbital path, or by random "hand-up" of the permanent magnet rotor on its shaft, causes the rotor to periodically and frequently reverse its direction of rotation. The resultant effect is to cause the simulated butterfly to flutter about the flowering plant as would a real butterfly.