Other

Fit Squared Shoes, LLC

In-stride, Inc.

Kaepa, Inc.

Thomas M Adams

Christopher R Adams

Thomas H Adams

Andris Kalns

James D Benner, Jr

Joseph J Skaja

Jack Wang

Azad Siahmakoun

Zhefu Wang

Zenon O Smotrycz

Mark Weber

Eric J Clement

Scott Ryan Kirkpatirck

A system for securing shoes to the feet using a one pull shoe closure arrangement. Each embodiment of the system uses a squared-cord arrangement that extends between the lateral and medial sides of the shoe. The various embodiments arrange a single draw strap connected to one or more squared-cord portions to draw in and tighten the sides of the squared-cord arrangement. A single pull strap in a first embodiment is redirected from a lateral orientation to a longitudinal orientation where it is drawn back and secured on the heel portion of the shoe. Alternate embodiments pull a shorter draw strap laterally to a point of securement on the side of the shoe. Further alternate embodiments pull a draw strap longitudinally along a midline at the top of the shoe to a point of securement back onto the squared-cord arrangement.

Single pull squared-cord shoe closure system

A system of attachment surface structures that find their best use in the form of repeatedly removable straps and bands for securing one object to another. The surfaces are preferably constructed of narrow sheets of flexible polymer plastic materials having generally high tensile strength. A first embodiment includes shaped parallel ridges on one surface that interlock with mating parallel ridges on an opposing surface. These parallel ridges may be double sided (interlocking on both sides of each shaped ridge with the next shaped ridge on either side) or single sided (interlocking with a single ridge oriented 180 degrees from the first). Further embodiments include an array of shaped posts of various regular geometric shapes that interlock with an opposing array of identical posts.

Self adhering connection surfaces, straps, snaps and bands

A system for securing shoes to the feet utilizing a one or two pull fit adjustment set of straps. The embodiments utilize a number of straps, some variable in length, positioned at select points across and around the top and sides of the shoe. At least one strap in the system provides an adjustable length whereby all straps may be drawn together to tighten the shoe, preferably in both a horizontal and a vertical direction across the profile of the shoe. The system utilizes a variety of strong, lightweight, nylon buckles, strips, anchor loops, permitting attachment and motion of the adjustment straps over the top and sides of the shoe. Included are three-point attachment embodiments, as well as two-point attachment embodiments, most with a one pull adjustment structure. Most embodiments are on the medial side of the shoe although some may be implemented on the lateral side.

Single pull and double pull fit adjustment system for shoes

Systems for securing shoes to the feet utilizing a one pull fit adjustment set of straps. The embodiments each utilize a number of straps, some fixed and some variable in length, positioned at select points across and around the top and sides of the shoe. At least one strap in the system provides an adjustable length whereby all straps may be drawn together to create a fit that tightens the shoe, preferably in both a horizontal and a vertical direction across the profile of the shoe. The systems use a variety of strong, but lightweight, nylon buckles, strips, anchor loops, and combinations thereof to permit the attachment and motion of the adjustment straps over the top and sides of the shoe. Three-point, as well as two-point attachment embodiments, most with a one pull adjustment are described. The systems are preferably on the medial side of the shoe.

Single pull and double pull fit adjustment systems for shoes

A system of attachment surface structures that find their best use in the form of repeatedly removable straps and bands for securing one object to another. The surfaces are preferably constructed of narrow sheets of flexible polymer plastic materials having generally high tensile strength. A first embodiment includes shaped parallel ridges on one surface that interlock with mating parallel ridges on an opposing surface. These parallel ridges may be double sided (interlocking on both sides of each shaped ridge with the next shaped ridge on either side) or single sided (interlocking with a single ridge oriented 180 degrees from the first). Further embodiments include an array of shaped posts of various regular geometric shapes that interlock with an opposing array of identical posts. Further embodiments include parallel ridge pairs that interlock with parallel post-type ridges that lend themselves to extrusion manufacturing.

A structured cover that is placed on an automobile's dashboard (and/or the rear window shelf) and provided with a quantity of water, or other suitable liquid, that on heating will evaporate into the interior air of the vehicle. The device includes a water impermeable layer that lays against and partially covers the top surface of the dashboard and/or rear shelf and a water wicking layer over the impermeable layer that may be saturated with water (on a repeated basis as necessary) and serve as a reservoir for the evaporative process to be carried out. The multilayered surface may be manually refilled with water (or other suitable liquid) from a hand held container or may be automatically refilled from reservoirs structured in fluid connection to the evaporative surface.

Automobile interior passive environmental moderator

The present invention involves a golf tee coated with colored coatings that when struck with a golf club leave a marking that easily identifies where the ball was struck on the club face and the path of the swing, but does not come off in normal handling. The tee leaves a multi-colored marking on the club face that is used to show the swing path of a golfer's swing and the point of impact of the tee on the face of the golf club. The tee has a center line or mark that represents the middle, which establishes the optimum hitting area. This line or mark is also an indicator for the golfer to line up in the direction they are trying to hit the ball. On either side of this colored line or mark is a different color that indicates the swing path when shown on the club face.

Swing teaching system and method

A microelectromechanical systems (MEMS) based heat engine capable of converting thermal energy gradients into mechanical or electrical energy, as well as its fabrication process is disclosed. This heat engine design consists of a stressed oscillating beam formed from a shape memory alloy (SMA) thin film. As the temperature of the beam changes, its shape changes due to the phase transformation of the shape memory alloy, causing it to oscillate between a hot source and a cold source. Due to the hysteretic behavior of the phase transformation, the oscillating SMA cantilever beam produces a net mechanical work output that may be either converted to electrical energy or mechanically linked to other MEMS devices.

Shape memory alloy MEMS heat engine

Golf teaching system and method

Golf tee marking system and method of use

The present invention involves a golf tee coated with colored coatings that when struck with a golf club leave a marking that easily identifies where the ball was struck on the club face and the path of the swing, but does not come off in normal handling. The tee leaves a multi-colored marking on the club face that is used to show the swing path of a golfer's swing and the point of impact of the tee on the face of the golf club. The tee has a center line or mark that represents the middle, which establishes the optimum hitting area. This line or mark is also an indicator for the golfer to line up in the direction they are trying to hit the ball. On either side of this colored line or mark is a different color that indicates the swing path when shown on the

The present invention involves a golf tee coated with colored coatings that when struck with a golf club leave a marking that easily identifies where the ball was struck on the club face and the path of the swing, but does not come off in normal handling. The tee leaves a multicolored marking on the club face that is used to show the swing path of a golfer's swing and the point of impact of the tee on the face of the golf club. The tee has a center line or mark that represents the middle, which establishes the optimum hitting area. This line or mark is also an indicator for the golfer to line up in the direction they are trying to hit the ball. On either side of this colored line or mark is a different color that indicates the swing path when shown on the club face.

Growing community of inventors

San Antonio, TX, United States of America

Thomas M Adams