Xavier K Kalin

6658766, Dec 9, 2003

May 4, 2000

09/564842

Charles D. Kraeuter - Lake Oswego OR
Xavier K. Kalin - Lake Oswego OR

Adidas A.G.

A43B 714

36114, 36102, 36107, 36 88, 36140

A structural chassis includes a structural chassis and a foam chassis or sock liner sandwiched together to form an assembly that can be inserted into and substantially occupy a footbed of a shoe upper. Discrete sole elements are attached to a bottom side of the upper so as to expose certain portions of the bottom side therebetween. This absence of outsole material in those areas makes the upper collapsible about those areas since the outsole provides no support in those areas. Instead, the structure is provided by the chassis of the chassis, which is customized to the users foot by placing one or more notches in strategic locations along the chassis where the foot naturally flexes. One such notch is located on the chassis in a position that allows the chassis to flex about a forward push-off axis of the foot that runs through the first and second MTP joints. Two collinear notches are formed on the chassis to allow the structural chassis shoe to flex about a lateral push-off axis that runs through the third, fourth and fifth MTP joints.

58228861, Oct 20, 1998

Oct 25, 1995

8/548744

Simon Luthi - Lake Oswego OR
Xavier Kalin - Lake Oswego OR
Wolfgang Scholz - Lonnerstadt, DE
Edgar Stussi - Schlieren, CH

Adidas International, BV

A43B 1318

36 28

An integrally molded midsole for an athletic shoe having tubular suspension members disclosed. The tubular suspension members behave as springs and have spring constants which may be designed for a particular application by choice of the tube length, the tube wall thickness or the hardness of the tube material. Preferably, the midsole is made of an elastomer such as HYTREL that is cast in a preformed shape and thereafter subjected to substantial compressive forces so that the tubular springs take a compression set and thereafter perform as near-ideal springs.

59158204, Jun 29, 1999

Aug 20, 1996

8/697184

Charles D. Kraeuter - Lake Oswego OR
Xavier K. Kalin - Lake Oswego OR

Adidas A G

A43B 1338
A43B 714

36114

A structural chassis includes a structural chassis and a foam chassis or sock liner sandwiched together to form an assembly that can be inserted into and substantially occupy a footbed of a shoe upper. Discrete sole elements are attached to a bottom side of the upper so as to expose certain portions of the bottom side therebetween. This absence of outsole material in those areas makes the upper collapsible about those areas since the outsole provides no support in those areas. Instead, the structure is provided by the chassis of the chassis, which is customized to the user's foot by placing one or more notches in strategic locations along the chassis where the foot naturally flexes. One such notch is located on the chassis in a position that allows the chassis to flex about a forward push-off axis of the foot that runs through the first and second MTP joints. Two collinear notches are formed on the chassis to allow the structural chassis shoe to flex about a lateral push-off axis that runs through the third, fourth and fifth MTP joints.

D3764710, Dec 17, 1996

Jul 25, 1994

D/026309

Xavier Kalin - Lake Oswego OR
Wolfgang Scholz - Lonnerstadt, DE
Simon Luthi - Lake Oswego OR
Neal E. Wydra - Glen Ellyn IL

Adidas AG - Portland OR

D 2960

54618002, Oct 31, 1995

Jul 25, 1994

8/280208

Simon Luthi - Lake Oswego OR
Xavier Kalin - Lake Oswego OR
Wolfgang Scholz - Lonnerstadt, DE
Edgar Stussi - Schlieren, CH

Adidas AG - Herzogenaurach

A43B 1318

36 28

An integrally molded midsole for an athletic shoe having tubular suspension members is disclosed. The tubular suspension members behave as springs and have spring constants which may be designed for a particular application by choice of the tube length, the tube wall thickness or the hardness of the tube material. Preferably, the midsole is made of an elastomer such as HYTREL that is cast in a preformed shape and thereafter subjected to substantial compressive forces so that the tubular springs take a compression set and thereafter perform as near-ideal springs.