Izquierdo Blanco, Maria Alicia

An adjustable multifunctional holder comprising a horizontal adjustment main part, a vertical adjustment carrier and a horizontal adjustment adapter, a first tooth disc is arranged on one side of one end of the horizontal adjustment main part, and a first tooth socket is arranged at the bottom of the horizontal adjustment main part; the horizontal adjustment main part can be adjusted in a wide range of 360 degrees on a fixing part, and the vertical adjustment carrier can be adjusted at an angle of no less than 180 degrees relative to the horizontal adjustment main part; the horizontal adjustment adapter can be adjusted by 360 degrees; the fixing part can be used independently, and the horizontal adjustment main part, the vertical adjustment carrier and the horizontal adjustment adapter can also be connected with the holder other than the fixing part.

The invention relates to the field of sporting goods, in particular to a high elasticity and restorability ball structure, which comprises a foamed ball core, wherein a reinforcing layer is arranged outside the foamed ball core, and a plurality of ball surface patches are bonded to the periphery of the reinforcing layer; the foamed ball core and/or the ball surface patches are prepared by using a supercritical foaming process, which ensures the roundness consistency and excellent elasticity and restorability during processing, as well as the roundness consistency after impact of external forces.

The invention relates to the field of sporting goods, in particular to a hollow ball structure based on a supercritical process, which comprises a foamed ball core, a plurality of hollow cavities are formed inside or outside or inside and outside the foamed ball core, a reinforcing layer is arranged on the periphery of the foamed ball core, a ball surface patch layer is bonded to the periphery of the reinforcing layer, and the foamed ball core or/and the ball surface patch layer can be prepared by using a supercritical foaming process, which ensures the roundness consistency and excellent elasticity and restorability during processing, as well as the roundness consistency after impact of external forces.

The utility model discloses a non-planar modular desktop system that comprises a desk body, a plurality of module bases, a covering component, a controller and an electrical wiring system. The module bases slide up and down or rotate relative to the desk body under the action of a driving mechanism. The covering component is designed to cover grooves and notches on the desk body that are compatible with the module base, and the electrical wiring system is installed on the back of the desk body. In the utility model, the module bases can be concealed beneath the desktop, keeping the desktop clean and tidy while reducing the time required for tidying; the module bases can accommodate various functional modules, and the covering component covers the grooves and the notches, transforming the desktop into a flat surface suitable for multiple uses.

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