A rattle insertion device and method for inserting a rattle into an elastomeric fishing lure that includes having a push rod member with an insertion rod portion, a needle member with a second needle end operably configured to puncture an elastomeric lure and that defines a needle channel with a channel diameter greater than a rod diameter and a needle opening disposed along the needle length. Additionally, the device and method include having a rattle member with a rigid rattle member, sized to be inserted within the needle channel, and that defines a rattle cavity encapsulating one or more rigid noise particle therein that are operably configured to be freely mobile therein. The push rod member is operably configured to translate within the needle channel along a rod translation path to transport the rattle member through the needle channel and out through the needle opening.

A rattle insertion device and method for inserting a rattle into an elastomeric fishing lure that includes having a push rod member with an insertion rod portion, a needle member with a second needle end operably configured to puncture an elastomeric lure and that defines a needle channel with a channel diameter greater than a rod diameter and a needle opening disposed along the needle length. Additionally, the device and method include having a rattle member with a rigid rattle member, sized to be inserted within the needle channel, and that defines a rattle cavity encapsulating one or more rigid noise particle therein that are operably configured to be freely mobile therein. The push rod member is operably configured to translate within the needle channel along a rod translation path to transport the rattle member through the needle channel and out through the needle opening.

A rattle insertion device and method for inserting a rattle into an elastomeric fishing lure that includes having a push rod member with an insertion rod portion, a needle member with a second needle end operably configured to puncture an elastomeric lure and that defines a needle channel with a channel diameter greater than a rod diameter and a needle opening disposed along the needle length. Additionally, the device and method include having a rattle member with a rigid rattle member, sized to be inserted within the needle channel, and that defines a rattle cavity encapsulating one or more rigid noise particle therein that are operably configured to be freely mobile therein. The push rod member is operably configured to translate within the needle channel along a rod translation path to transport the rattle member through the needle channel and out through the needle opening.

A rattle insertion device and method for inserting a rattle into an elastomeric fishing lure that includes having a push rod member with an insertion rod portion, a needle member with a second needle end operably configured to puncture an elastomeric lure and that defines a needle channel with a channel diameter greater than a rod diameter and a needle opening disposed along the needle length. Additionally, the device and method include having a rattle member with a rigid rattle member, sized to be inserted within the needle channel, and that defines a rattle cavity encapsulating one or more rigid noise particle therein that are operably configured to be freely mobile therein. The push rod member is operably configured to translate within the needle channel along a rod translation path to transport the rattle member through the needle channel and out through the needle opening.

Personal fan devices that are configured to transition between an open configuration for use and a closed configuration for storage or transport. A fan device includes noisemaking structure(s), such as a rattle and/or a clapper, disposed with the fan device. As the fan device is moved, the handle generates noise as a result of the noisemaking structure(s). A plurality of fan devices may be used to generate high-decibel noises at an event, such as a sporting event or a performance.

Personal fan devices that are configured to transition between an open configuration for use and a closed configuration for storage or transport. A fan device includes noisemaking structure(s), such as a rattle and/or a clapper, disposed with the fan device. As the fan device is moved, the handle generates noise as a result of the noisemaking structure(s). A plurality of fan devices may be used to generate high-decibel noises at an event, such as a sporting event or a performance.

A percussive response unit, and percussion instruments with same, including a rod having a rod shaft and a first retaining element, such a first head, disposed at a first rod end and having a first head width. At least a first striker set of at least one striker is disposed along a first portion of the rod shaft and is positionable near the first head. Each striker defines an opening that is larger than the outer diameter of the rod shaft to enable at least one direction of movement. A second retaining element such as a second head is connected to the second rod end to secure the first striker set on the rod shaft. Other embodiments include percussion instruments with multiple internal resonance cavities, internal resonance members, and internal and/or external strikers.

A percussive response unit, and percussion instruments with same, including a rod having a rod shaft and a first retaining element, such a first head, disposed at a first rod end and having a first head width. At least a first striker set of at least one striker is disposed along a first portion of the rod shaft and is positionable near the first head. Each striker defines an opening that is larger than the outer diameter of the rod shaft to enable at least one direction of movement. A second retaining element such as a second head is connected to the second rod end to secure the first striker set on the rod shaft. Other embodiments include percussion instruments with multiple internal resonance cavities, internal resonance members, and internal and/or external strikers.

A device for vermin and rodent control is disclosed. The device generates a unique shudder and rhythm tone that mimics a predator, such as a rattlesnake. The device’s output (energy) is transferred to the entire environment around the device when it is positioned inside a vermin tunnel. The device includes a motor that causes the plurality of rigid spheres that are located freely in a container. The rigid spheres move in the container and movement produces a shudder and rhythm tone. A device’s unique randomization system prevents vermin such as gophers and moles from habituating to the shudder and rhythm tone generated by the device.

A device for vermin and rodent control is disclosed. The device generates a unique shudder and rhythm tone that mimics a predator, such as a rattlesnake. The device’s output (energy) is transferred to the entire environment around the device when it is positioned inside a vermin tunnel. The device includes a motor that causes the plurality of rigid spheres that are located freely in a container. The rigid spheres move in the container and movement produces a shudder and rhythm tone. A device’s unique randomization system prevents vermin such as gophers and moles from habituating to the shudder and rhythm tone generated by the device.