Abstract: An automatic pedal for a cycle includes a rotation shaft designed to be fixed to a cycle. The rotation shaft extends in a longitudinal direction. A body is mounted rotating around the rotation shaft. The body defines a cavity to receive the rotation shaft. At least first and second primary connectors are designed to collaborate with at least two secondary connectors of a sole of a cycling shoe to fix the cycling shoe on the body. The rotation shaft has an annular groove. The body has an opening arranged to open out facing the annular groove. A rod is inserted in the opening and in the annular groove to limit the translational movement of the body with respect to the translation shaft in the longitudinal direction.

Abstract: An automatic pedal for a cycle includes a rotation shaft designed to be fixed to a cycle. The rotation shaft extends in a longitudinal direction. A body is mounted rotating around the rotation shaft. The body defines a cavity to receive the rotation shaft. At least first and second primary connectors are designed to collaborate with at least two secondary connectors of a sole of a cycling shoe to fix the cycling shoe on the body. The rotation shaft has an annular groove. The body has an opening arranged to open out facing the annular groove. A rod is inserted in the opening and in the annular groove to limit the translational movement of the body with respect to the translation shaft in the longitudinal direction.

Abstract: A monolithic sole for a road cycling shoe with a front cleat and a rear cleat suitable for cooperating with an automatic pedal. The monolithic sole includes, on its bottom face, a front cavity and a rear cavity located respectively in the front and rear of the zone of contact with the pedal and substantially in the middle of the width of the sole. The rear cavity opens onto the inner side of the sole. The front and rear cleats are placed respectively within the front and rear cavities such that they do not project from the sole, thus allowing the user to walk easily without the cleats causing discomfort, unlike conventional road cycling shoes equipped with standard cleats.

Abstract: The present invention provides a front unit of a binding for a touring ski. The invention relates to a front unit assembly of a binding on the front end of a sports shoe (30) on a gliding or rolling device (20), comprising: a set of retractable pins capable of being housed within a sports shoe, comprising two pins (3) that are each able to slide at least 1.5 mm into a bushing, intended each to be inserted into a recess (6) of a front unit (40), and a spring (2) which acts to separate the two pins (3). a front unit comprising a rigid U-shaped frame (5), a recess (6) on each of the vertical parts of the frame (5) capable of engaging with the pin (3) of the shoe (30), and a release system embedded in each recess (6), comprising a screw (7), a button (8) and a gasket (9), said release system being able to move at least 1.5 mm along the axis of the recess (6).

Abstract: The present invention provides a front unit of a binding for a touring ski. The invention relates to a front unit assembly of a binding on the front end of a sports shoe (30) on a gliding or rolling device (20), comprising: a set of retractable pins capable of being housed within a sports shoe, comprising two pins (3) that are each able to slide at least 1.5 mm into a bushing, intended each to be inserted into a recess (6) of a front unit (40), and a spring (2) which acts to separate the two pins (3). a front unit comprising a rigid U-shaped frame (5), a recess (6) on each of the vertical parts of the frame (5) capable of engaging with the pin (3) of the shoe (30), and a release system embedded in each recess (6), comprising a screw (7), a button (8) and a gasket (9), said release system being able to move at least 1.5 mm along the axis of the recess (6).