A jumping device having a high rebound platform, a flexible tether operatively connected at a first end thereof to the high rebound platform, and a handle located on the tether. A method of jumping, including providing a jumping device having a high rebound platform, a flexible tether operatively connected at a first end thereof to the high rebound platform, and a handle on the tether, mounting the jumping device by placing a users foot on the high rebound platform, grabbing the handle, pulling the handle away from the high rebound platform, and jumping so that the high rebound platform alternates between compressed and uncompressed states.
A bubble-making toy provides a container structure having a main compartment for containing bubble solution and an outside compartment within which a bubble forming ring can be positioned. The main compartment and outside compartment can be opened to one another by way of a valve so that the bubble forming ring can be brought within the bubble solution and where the main compartment and outside compartment can be closed to one another during bubble generation by a user. Such a bubble-making toy reduces the possibility of bubble solution spillage during non use or storage of the bubble-making toy and during the time of bubble generation. Moreover, the design allows easy access of the bubble forming ring to the bubble solution. The provision of an adequately sized outside chamber also advantageously permits a bubble ring with a filling of bubble solution to be shielded until the time when a user intends to create a bubble. An actuator connected with the bubble forming ring is easily manipulated by a user that be used in opening and closing the valve provided between the main compartment and the outside compartment.
The projectile toy includes an elongate projectile member having a body portion connected to a nose portion. The body portion has a rigidifying structure, and the nose portion is made of a unrigidified foam. A hook device is connected to the body portion near the nose portion. An elastomeric tether for engaging the hook device can be stretched and released causing the projectile member to launch with the nose portion in front.
A rectangular shaped parachute toy, designed to suggest a modern day parafoil, but constructed with a single fabric layer canopy, for simplicity and more rapid opening of the chute. This invention, incorporates the use of two oversized shrouds, each leading up to a section of lightweight mesh, which distributes the forces that each shroud imparts on the canopy, and thereby offers a child an easy to use parachute toy, that is nearly impossible to tangle, a problem commonly found in most parachute toys. The rectangular shape of the canopy and offset attachment of the shrouds results in a parachute toy, which is directional and easy to control. As the parachute descends, it travels forward in the direction that the figure is facing and turns in the direction of a shortened shroud.
A lightweight bouncing sandal for youths, comprising a tough thin bottom layer, which is durable enough to withstand repeated scuffing and impacting with the ground and has an exposed textured surface to provide traction and reduced slipping when wet, a middle resilient layer of sufficient size and thickness to support a seventy-five pound load without compressing fully, a top confronting layer of semi-flexible material, with sufficient thickness and rigidity to support a two and one half pound per square inch load without distorting, with at least one elastic strap permanently affixed at its ends, such that it lays flat against the top layer without slack in a relaxed state, with an asymmetrically curved base to aid the user in maintaining balance while running, jumping or walking.
An air pressure projectile launcher toy comprising at lease one soft foam projectile and a telescopic tube assembly, adapted on one end for releasably securing a projectile, and capable of generating a high speed compressed air stream, which is buffered by a large available air volume, intended to accelerate lightweight foam projectiles without generating an undesirable shock wave, caused by the rapid build-up of high internal pressures, thereby making it possible for children to launch safe foam projectiles with less effort and increased accuracy.
Foam Projectile Exhibiting An Illuminating Element
A projectile adapted for being discharged from a suitable firing device such as a gun, slingshot, cannon and the like. The device includes a three-dimensional shaped body constructed of a foam material and which may include such as a disc shaped, conical arrow shape or spherical ball shape. A plurality of LED lighting elements are supported within the foam material body at specified locations and are visible from a surface of the body. A battery is supported within the body and electrically communicates the LED lighting elements. A switch accessibly is located upon the body and selectively engages or disengages the battery with the lighting elements and in order to provide an illuminating effect to the projectile as it is discharged from the device.
Jan 2012 to 2000 SIU CoordinatorL&W Investigations
2010 to 2000 Corporate Quality Control / Case ManagerICS Merrill
2007 to 2010 SIU Lead Investigator / Case ManagerESPG, Inc Carver, MA 2005 to 2007 Operations ManagerKnights of Columbus Carver, MA 2004 to 2005 Life Insurance AgentRSight / Intel Group
2002 to 2004 Private InvestigatorRent-A-Center Kissimmee, FL 1999 to 2002 Store ManagementTrace Investigations/ D.A. Johnson & Assoc Boston, MA 1998 to 2001 Private InvestigatorUnited States Marine Corps
1993 to 1996 Supply Administration
Education:
Bryant College Smithfield, RI 1996 to 1998 marketing
McGillicuddy and co-author Brian Lapointe also stressed the importance of the interdisciplinary and collaborative nature of this research, which encompasses a number of disciplines including biology, chemistry, and physics.
Date: Oct 11, 2023
Category: Science
Source: Google
Scientists agree: Fla. lake discharges, not septic systems, cause algae blooms
"There's no challenging the fact that the algae is coming from Lake Okeechobee," said Brian Lapointe, a research professor at Florida Atlantic University's Harbor Branch Oceanographic Institute in Fort Pierce. "The lake is the biggest single source of the blue-green algae bloom in the St. Lucie Rive