The present invention relates to a retractable inflatable product, including an inflatable body as well as a gas charging device communicated with the inflatable body and used to charge the inflatable body with gas, further including: a wire positioning component, at least one wire, and a pay-off and take-up device which is connected to at least one end of the wire and pays off or takes up the wire through the wire positioning component. The wire positioning component is formed by a plurality of hollow annular elements disposed on the inner wall of the inflatable body. The present invention realizes automatic or manual retraction and tightening by providing a wire positioning component inside the inflatable body and passing a wire through the hollow annular elements so that the wire can be paid off or taken up through the pay-off and take-up device.

An air flow switching apparatus includes a six-way valve, a Geneva mechanism, and a driving motor. The six-way valve includes an inlet, an outlet and four openings. The driving motor with the Genera mechanism connected with the valve vane and the air flow switching apparatus is installed within an inflatable toy. The four openings of the six-way valve are respectively connected with four airbags at a periphery of the inflatable toy and the airbags are used as limbs of the inflatable toy. When the air pump pumps air into a body, a portion of the air passes through the six-way valve into some airbags and a portion of the air is released from some airbags. The driving motor drives the valve vane to intermittently rotate via the Geneva mechanism. Therefore, the limbs generate different motions by the air to let the inflatable toy have vivid motion effect.

An air flow switching apparatus includes a six-way valve, a Geneva mechanism, and a driving motor. The six-way valve includes an inlet, an outlet and four openings. The driving motor with the Genera mechanism connected with the valve vane and the air flow switching apparatus is installed within an inflatable toy. The four openings of the six-way valve are respectively connected with four airbags at a periphery of the inflatable toy and the airbags are used as limbs of the inflatable toy. When the air pump pumps air into a body, a portion of the air passes through the six-way valve into some airbags and a portion of the air is released from some airbags. The driving motor drives the valve vane to intermittently rotate via the Geneva mechanism. Therefore, the limbs generate different motions by the air to let the inflatable toy have vivid motion effect.

The toy flute is configured such that: a reciprocating body is accommodated inside a cylindrical body in a reciprocating manner; the cylindrical body is installed at an inner side of an opening section provided at a hollow body in such a manner that a vent hole at one side from among two vent holes provided at the abovementioned cylindrical body can communicate with the abovementioned opening section; and a flute section is installed at the abovementioned cylindrical body in such a manner that airflow flowing between the abovementioned opening section and a vent hole at the other side from among the abovementioned two vent holes causes sound to occur and reverberate inside the cylindrical body.

The toy flute is configured such that: a reciprocating body is accommodated inside a cylindrical body in a reciprocating manner; the cylindrical body is installed at an inner side of an opening section provided at a hollow body in such a manner that a vent hole at one side from among two vent holes provided at the abovementioned cylindrical body can communicate with the abovementioned opening section; and a flute section is installed at the abovementioned cylindrical body in such a manner that airflow flowing between the abovementioned opening section and a vent hole at the other side from among the abovementioned two vent holes causes sound to occur and reverberate inside the cylindrical body.

A decorative balloon is designed specifically to directly attach to an outer surface of the mailbox. The balloon may be an air-filled foil balloon and may include an inner pocket surface that hugs and snugly adheres to an outer surface of the mailbox.

A liquid-inflatable device for playing under water is provided. The liquid-inflatable device includes a housing defining a liquid-inflatable cavity. The housing provides a water valve positioned adjacent to the inflatable cavity to enable both inflation of the housing by way of a flow adaptor coupled a water source, and deflation of the housing by way of the flow adaptor uncoupled to the water source. One flow adaptor may provide a tiered structure offering a plurality of external diameters for operatively engaging a plurality of water valve sizes. A water-filled liquid-inflatable device 26 obtains a density relatively equal to a body of water so that it can be manipulated and interacted with under the surface of the body of water.

A liquid-inflatable device for playing under water is provided. The liquid-inflatable device includes a housing defining a liquid-inflatable cavity. The housing provides a water valve positioned adjacent to the inflatable cavity to enable both inflation of the housing by way of a flow adaptor coupled a water source, and deflation of the housing by way of the flow adaptor uncoupled to the water source. One flow adaptor may provide a tiered structure offering a plurality of external diameters for operatively engaging a plurality of water valve sizes. A water-filled liquid-inflatable device 26 obtains a density relatively equal to a body of water so that it can be manipulated and interacted with under the surface of the body of water.

An inflatable holiday decoration storage and expansion device designed to automate the management and display of yard ornaments while enhancing aesthetic appeal and protecting decorations/inflatables from environmental elements is disclosed. The device features a durable, lightweight, waterproof weather resistant box or container-shaped main body and includes walls and a bottom surface. At least one aperture is disposed in the bottom surface for accommodating ground-securing spikes, and an automatically/autonomously opening pivotable lid transitions the box or container from a closed state to an open state. A motor inflates a stored decoration and is operable via a remote control which triggers the lid to open as the decoration inflates. The device is equipped with LED lights for enhanced display and ambient lighting and the device also has sensors to detect weather or wind conditions.

An inflatable holiday decoration storage and expansion device designed to automate the management and display of yard ornaments while enhancing aesthetic appeal and protecting decorations/inflatables from environmental elements is disclosed. The device features a durable, lightweight, waterproof weather resistant box or container-shaped main body and includes walls and a bottom surface. At least one aperture is disposed in the bottom surface for accommodating ground-securing spikes, and an automatically/autonomously opening pivotable lid transitions the box or container from a closed state to an open state. A motor inflates a stored decoration and is operable via a remote control which triggers the lid to open as the decoration inflates. The device is equipped with LED lights for enhanced display and ambient lighting and the device also has sensors to detect weather or wind conditions.