A frame for equestrian saddle including a frame body provided with at least one opening shaped corresponding at least partially to at least one of an inguinal and/or ischiatic and/or sacrococcygeal region of the user, wherein the opening is adapted to receive a respective shock-absorbing insert. Specifically, the shock-absorbing insert includes a container provided with one or more side walls and with a bottom wall joined to each other defining an open base opposite to the bottom wall, and at least one damping element adapted to be received in the container on the bottom wall, wherein the bottom wall is made with a first elastically deformable material configured to dampen impacts and/or vibrations, and the damping element is made at least partially with a second at least partially elastically deformable material configured to dampen impacts and/or vibrations.

A frame for equestrian saddle including a frame body provided with at least one opening shaped corresponding at least partially to at least one of an inguinal and/or ischiatic and/or sacrococcygeal region of the user, wherein the opening is adapted to receive a respective shock-absorbing insert. Specifically, the shock-absorbing insert includes a container provided with one or more side walls and with a bottom wall joined to each other defining an open base opposite to the bottom wall, and at least one damping element adapted to be received in the container on the bottom wall, wherein the bottom wall is made with a first elastically deformable material configured to dampen impacts and/or vibrations, and the damping element is made at least partially with a second at least partially elastically deformable material configured to dampen impacts and/or vibrations.

A frame for an equestrian saddle includes a frame body provided with at least one opening shaped corresponding at least partially to an inguinal and/or ischiatic and/or sacrococcygeal region of a user. Each opening contains a shock-absorbing insert. The shock-absorbing insert includes a container provided with (i) one or more side walls and (ii) a bottom wall joined to the one or more side walls. The container defines an open top opposite to the bottom wall. At least one damping element is in the container on the bottom wall. The bottom wall is made with a first elastically deformable material, and the at least one damping element is made at least partially with a second at least partially elastically deformable material.

A frame for an equestrian saddle includes a frame body provided with at least one opening shaped corresponding at least partially to an inguinal and/or ischiatic and/or sacrococcygeal region of a user. Each opening contains a shock-absorbing insert. The shock-absorbing insert includes a container provided with (i) one or more side walls and (ii) a bottom wall joined to the one or more side walls. The container defines an open top opposite to the bottom wall. At least one damping element is in the container on the bottom wall. The bottom wall is made with a first elastically deformable material, and the at least one damping element is made at least partially with a second at least partially elastically deformable material.

A horseman-securing device is configured in order to prevent a horseman sitting on the back of a four-legged animal from falling off, or being able to fall off the animal. It comprises securing device by means of which the horseman, in use, is releasably secured to the animal. The securing device is configured to secure the horseman secured to the animal in such a way that the horseman retains the freedom of movement to hinge his knee joints.

A horseman-securing device is configured in order to prevent a horseman sitting on the back of a four-legged animal from falling off, or being able to fall off the animal. It comprises securing device by means of which the horseman, in use, is releasably secured to the animal. The securing device is configured to secure the horseman secured to the animal in such a way that the horseman retains the freedom of movement to hinge his knee joints.

A horseman-securing device is configured in order to prevent a horseman sitting on the back of a four-legged animal from falling off, or being able to fall off the animal. It comprises securing device by means of which the horseman, in use, is releasably secured to the animal. The securing device is configured to secure the horseman secured to the animal in such a way that the horseman retains the freedom of movement to hinge his knee joints.

A horseman-securing device is configured in order to prevent a horseman sitting on the back of a four-legged animal from falling off, or being able to fall off the animal. It comprises securing device by means of which the horseman, in use, is releasably secured to the animal. The securing device is configured to secure the horseman secured to the animal in such a way that the horseman retains the freedom of movement to hinge his knee joints.

A system and assembly for providing anti-sway and motion compensation while handling ISO containers in high sea states up to and above sea state four between a lighter or other floating body and a crane ship. The contemplated invention enables the transfer of cargo containers between a container ship and a lighter or other floating body at sea in sea states up to and higher than sea state four by synchronizing the motion of the container and the lighter or floating body.

A riding saddle comprising a saddle tree, a seat surface arranged thereon and, on each side of the saddle, a stirrup holder which is attached to the saddle and which is in particular in the form of a hook. The saddle is characterized by one or a common damping device on each side of the saddle between the saddle tree and each stirrup holder and/or between the saddle tree and a saddle flap carrying a stirrup knee roll and/or between a saddle flap and a knee roll attached thereto, which damping device has a link guide.