Systems and methods for forming a garland from garland components such as flowers and greenery, where a core rope is retained against a drive roller at a first position, and a rotating cross member supports a spool of binding thread. The rotating cross member rotates the spool around the core rope to wind the binding thread around the core rope to secure one of the garland components against the core rope, and the drive roller then displaces the core rope to a second position to enable the binding thread to secure another of the garland components against the core rope adjacent the first garland component, forming the garland.

A frame-based decorative article comprises a frame, a plurality of receiving holes in the frame, a plurality of decorations to be secured to the frame, and a plurality of flexible securing members for securing the decorations to the frame. The plurality of flexible securing members extend through a selected pair of receiving holes in the frame and surround a portion of at least one of the decorations and the portion of the frame between the two receiving holes, to thereby secure the plurality of decorations one adjacent others in outwardly projecting relation on the frame.

Translucent artificial foliage and methods of manufacturing the same. Exemplary translucent artificial foliage includes an artificial foliage material. An exemplary translucent artificial foliage material includes a polymer, an anti-UV additive component, and a phosphorus fire-retardant additive component. Exemplary translucent artificial foliage includes lighting elements internal to the artificial foliage material. An exemplary method of manufacturing the artificial foliage material includes mixing a translucent artificial foliage material by combining a polymer with an anti-UV additive component and a phosphorus fire-retardant additive. The exemplary method includes inserting a wire into a mold, heating the translucent artificial foliage material, adding the translucent artificial foliage material to the mold, and cooling the mold.

Translucent artificial foliage and methods of manufacturing the same. Exemplary translucent artificial foliage includes an artificial foliage material. An exemplary translucent artificial foliage material includes a polymer, an anti-UV additive component, and a phosphorus fire-retardant additive component. Exemplary translucent artificial foliage includes lighting elements internal to the artificial foliage material. An exemplary method of manufacturing the artificial foliage material includes mixing a translucent artificial foliage material by combining a polymer with an anti-UV additive component and a phosphorus fire-retardant additive. The exemplary method includes inserting a wire into a mold, heating the translucent artificial foliage material, adding the translucent artificial foliage material to the mold, and cooling the mold.

A floral sewing needle assembly for sewing flower petals into a garland includes a sewing needle that has a diameter being no greater than 0.81 mm. In this way the sewing needle can pierce a flower petal without damaging the flower petal. The sewing needle has a length of at least 233.0 mm to facilitate a plurality of flower petals to be positioned on the sewing needle.

A floral sewing needle assembly for sewing flower petals into a garland includes a sewing needle that has a diameter being no greater than 0.81 mm. In this way the sewing needle can pierce a flower petal without damaging the flower petal. The sewing needle has a length of at least 233.0 mm to facilitate a plurality of flower petals to be positioned on the sewing needle.

A balloon assembly includes a balloon having a body, a port having only a single inlet for passage of gas into the body of the balloon, and a valve assembly including an upper valve body and a separate lower valve body cooperating to define an interior. A valve member is disposed in the interior which moves from a first position to a second position in response to the passage of air through the valve assembly from the single inlet of the port to the balloon. In the first position, the valve member is against the lower valve body, disabling the passage of air through the valve assembly from the balloon to the port. In the second position, the valve member is away from the lower valve body, enabling the passage of air through the valve assembly from the single inlet to the balloon.

A balloon assembly includes a balloon having a body, a port having only a single inlet for passage of gas into the body of the balloon, and a valve assembly including an upper valve body and a separate lower valve body cooperating to define an interior. A valve member is disposed in the interior which moves from a first position to a second position in response to the passage of air through the valve assembly from the single inlet of the port to the balloon. In the first position, the valve member is against the lower valve body, disabling the passage of air through the valve assembly from the balloon to the port. In the second position, the valve member is away from the lower valve body, enabling the passage of air through the valve assembly from the single inlet to the balloon.

Systems and methods for forming a garland from garland components such as flowers and greenery, where a core rope is retained against a drive roller at a first position, and a rotating cross member supports a spool of binding thread. The rotating cross member rotates the spool around the core rope to wind the binding thread around the core rope to secure one of the garland components against the core rope, and the drive roller then displaces the core rope to a second position to enable the binding thread to secure another of the garland components against the core rope adjacent the first garland component, forming the garland.

Systems and methods for forming a garland from garland components such as flowers and greenery, where a core rope is retained against a drive roller at a first position, and a rotating cross member supports a spool of binding thread. The rotating cross member rotates the spool around the core rope to wind the binding thread around the core rope to secure one of the garland components against the core rope, and the drive roller then displaces the core rope to a second position to enable the binding thread to secure another of the garland components against the core rope adjacent the first garland component, forming the garland.