Yochanan M Cohen, 74205 63Rd St, New York, NY 10021

8640267, Feb 4, 2014

Sep 14, 2012

13/617663

Yochanan Cohen - New York NY, US

A42B 3/00

2411

Embodiments of a protective helmet have a shell formed from a cushioning material, a cushioning spacer layer coupled to the shell and only partially covering an inner surface of the shell, a hard inner structure having an outer surface attached to the cushioning spacer layer and an inner surface, and an innermost cushioning pad layer attached to the inner surface of the hard inner structure. A flexible thin cover extending around an outer surface of said shell and with or without graphics may be provided.

2015025, Sep 10, 2015

Mar 5, 2014

14/197855

Yochanan Cohen - New York NY, US
Velissa Van Scoyoc - Pottstown PA, US
Ahmet T. Becene - North Royalton OH, US

B60N 2/28

Embodiments of a car seat include an outer protective shell, an inner seat, a suspension system connecting and permitting relative movement between the inner seat and the outer protective shell for shock isolation, and a harness adapted to hold an occupant to the inner seat and not attached to the outer protective shell. In an accident, regardless of the direction in which the seat is facing and regardless of whether the result is a sudden acceleration and/or deceleration, the inner seat will move inside the frame, and the suspension system will absorb some, much, or all of the energy. Energy not absorbed by the suspension system may be absorbed by the inner seat itself and/or an anchor system used to connect the car seat to a vehicle. The frame of the seat will remain structurally intact in almost all circumstances thereby protecting the occupant of the car seat.

2015022, Aug 13, 2015

Sep 13, 2013

14/427825

Yochanan Cohen - New York NY, US

A42B 3/12

Embodiments of a protective helmet have a shell formed from a cushioning material, a cushioning spacer layer coupled to the shell and only partially covering an inner surface of the shell, and a hard inner structure having an outer surface attached to the cushioning spacer layer and an inner surface. An innermost cushioning pad layer may be attached to the inner surface of the hard inner structure. A flexible thin cover extending around an outer surface of said shell and with or without graphics may be provided.

2014019, Jul 17, 2014

Feb 3, 2014

14/171283

Yochanan Cohen - New York NY, US

A42B 3/12

2414

Embodiments of a protective helmet have a cushioning outer multilayer structure with at least two cushioning layers of materials having different densities and different geometric layouts, a multilayer hard inner structure attached to the interior surface of the cushioning multilayer structure, and an innermost cushioning structure attached to the inner surface of the multilayer hard inner structure. The multilayer hard inner structure is formed from at least two spaced layers of hard material and a layer of cushioning material therebetween. The innermost cushioning structure may be a multilayer structure similar to the outer multilayer structure with at least two cushioning layers of materials having different densities and different geometric layouts. The innermost cushioning structure may include sensors, optionally in a separate layer, and a thermal-control layer. A flexible thin cover extending around an outer surface of said shell and with or without graphics may be provided.

2014012, May 8, 2014

Nov 7, 2012

13/670961

Yochanan Cohen - New York NY, US

F41H 1/04

2 66

Embodiments of a protective helmet have a shell formed from a cushioning material, a cushioning spacer layer coupled to the shell and only partially covering an inner surface of the shell, a ballistic-resistant inner shell having an outer surface attached to the cushioning spacer layer and an inner surface, and an innermost cushioning pad layer attached to the inner surface of the ballistic-resistant inner shell. A flexible thin cover extending around an outer surface of the cushioning shell and with or without graphics may be provided.