Inno-Sports Co., Ltd.

Disclosed are supporting assemblies and foldable structures having supporting assemblies. A supporting assembly includes a locking mechanism that is easy to operate. The locking mechanism is configured to lock the supporting assembly in an unfold state to prevent inadvertent folding of the supporting assembly. It can be unlocked easily when folding the supporting assembly is desired. Additionally or optionally, the supporting assembly includes a protecting component configured to enhance safety during the operation of the locking mechanism.

A foldable bed assembly includes a foldable bed and a rollable cushion. The foldable bed includes a front unit, a rear unit and a middle support pivotally connecting the front and rear units. The front unit has a front frame and a front panel disposed at the front frame. The rear unit has a rear frame and a rear panel disposed at the rear frame. Each of the front and rear panels has a proximal portion. When the foldable bed is unfolded, the front and rear panels are substantially leveled with each other, with their proximal portions adjacent to each other, to support the unrolled cushion. When the foldable bed is folded, an upper portion of the middle support, the proximal portion of the front panel and the proximal portion of the rear panel collectively form a groove to accommodate at least a portion of the rolled cushion.

An adjustable bed frame includes one or more structures, each having a mounting unit, a leg unit, a support unit and a driving unit. The leg unit includes a sloped surface. The support unit comprises first, second and third segments. The first segment is rotatable relative to the mounting unit by the first driving unit. The second segment is pivotally coupled with the first segment. The third segment has an upper portion fixed with the second segment and a lower portion abutting the sloped surface of the leg unit. As the first segment rotates relative to the mounting unit, the third segment moves along the sloped surface of the leg unit. By abutting on the sloped surface of the leg unit, the third segment defines, at least in part, a slope of the second segment, and helps to retain the support unit in position.

A foldable structure includes an elongated shaft having at least one non-circular portion. The foldable structure also includes a first mounting assembly with a proximal side fixedly connected to the shaft to restrict rotation of the first mounting assembly relative to the shaft and a second mounting assembly with a proximal side rotatably connected to the shaft to allow rotation of the second mounting assembly relative to the shaft. A first panel is fixedly connected to the first mounting assembly, and a second panel is fixedly connected to the second mounting assembly. The at least one non-circular portion of the shaft has an upper surface that remains in contact with a proximal side of the first panel, and when the foldable structure is unfolded, abuts upwardly against the proximal sides of the first and second panels to help to level the first and second panels.

A foldable frame includes first and second units pivotally coupled with each other at their proximal sides and rotatable with respect to each other between a folded state and an unfolded state. The foldable frame also includes a middle leg assembly coupled with the first and second units at the proximal sides of the first and second units. The foldable frame further includes a safety enhancement assembly having a first enhancement member, a second enhancement member and a locking mechanism. The first enhancement member is connected to the first unit and the middle leg assembly. The second enhancement member is connected to the second unit and the middle leg assembly. The locking mechanism selectively locks the first and second enhancement members when the first and second units are in the unfolded state, and thus prevents accidental folding of the first and second units.

A golf clubhead includes having a face, a back, a top, a sole, a heel and a toe. The face includes a striking surface for striking a ball and the sole includes a bottom surface for contacting a playing surface when the golf clubhead is in use. The golf clubhead also includes a hosel coupled with the heel of the body and configured for connecting the golf clubhead with a shaft. The golf clubhead further includes a center of gravity that is located (i) closer to the sole than to the top in the width direction of the body, (ii) closer to the heel than to the toe in a length direction of the body, and (iii) on or in front of a vertical plane passing the hosel axis when the bottom surface of the sole is in contact with the playing surface.

A golf ball includes a spherical outer surface and dimples formed on the spherical outer surface. The dimples are substantially identical to each other in size and shape, and distributed substantially uniformly across the spherical outer surface. The dimples are optimized with unique dimple properties, such as dimple shape, depth, number, and arrangement to effectively reduce the drag and increase the lift.

A table includes a tabletop, a first support assembly, first and second legs, and first and second limiting structures. The first support assembly is connected to the tabletop such that the tabletop is rotatable with respect to the first support assembly around a first axis between folded and unfolded positions. The first leg is connected to the first support assembly and rotatable around a second axis substantially perpendicular to the first axis. The first limiting structure is disposed at or integrally formed with the first leg to limit rotation of the first leg between first closed and open positions. The second leg is connected to the first support assembly and rotatable around a third axis substantially perpendicular to the first axis. The second limiting structure is disposed at or integrally formed with the second leg to limit rotation of the second leg between second closed and open positions.

A bed includes a cover and a frame for supporting the cover. The cover includes a first covering member for supporting a user in a lying position, a second covering member forming a first pocket with a first portion of the first covering member, and a third covering member forming a second pocket with a second portion of the first covering member. The frame includes a first mounting member inserted into the first pocket, a second mounting member inserted into the second pocket, and a plurality of leg assemblies, each connected to one or more of the first and second mounting members. When the bed is in use, the plurality of leg assemblies supports the first and second mounting members while the first mounting member holds the first portion of the first covering member and the second mounting member holds the second portion of the first covering member.

A foldable frame includes a front section, a rear section, a front support, a rear support, and a middle support. The front section includes a first front subsection and a second front subsection foldable relative to each other, and the rear section includes a first rear subsection and a second rear subsection foldable relative to each other. The front support is pivotally connected to the first front subsection, and the rear support is pivotally connected to the first rear subsection. The second front subsection and second rear subsection are pivotally connected to the middle support. When folded, the first front and rear subsections are disposed between the second front and rear subsections, with the front support disposed between the first and second front subsections and the rear support disposed between the first and second rear subsections.