The present invention relates to changing three aspects of table tennis rackets. Table tennis racket rubber components of this invention are crossly inserted between racket handle small side board and bottom board. The racket handle is increased from the current three layers to five-layer structure; The material of the racket handle is changed, and the rubber elastic layer is added. The handle of the racket is composed of wood and rubber, forming a flexible racket handle; It adopts rubber (or soft material) safety device to cover the exposed part of the racket bottom board, reduces the friction between the palm and the bottom plate, and enhances comfort; The invention improves the safety, comfort and controllability of racket handle and accelerates the speed, improves the accuracy of table tennis.

The present invention relates to changing three aspects of table tennis rackets. Table tennis racket rubber components of this invention are crossly inserted between racket handle small side board and bottom board. The racket handle is increased from the current three layers to five-layer structure; The material of the racket handle is changed, and the rubber elastic layer is added. The handle of the racket is composed of wood and rubber, forming a flexible racket handle; It adopts rubber (or soft material) safety device to cover the exposed part of the racket bottom board, reduces the friction between the palm and the bottom plate, and enhances comfort; The invention improves the safety, comfort and controllability of racket handle and accelerates the speed, improves the accuracy of table tennis.

A protector shield to be adhered to a head portion of a pickleball or other gaming paddle is formed of a sheet of vinyl material having an adhesive on a first surface thereof and having a shape and surface area corresponding with a shape and surface area of a head portion of a pickleball paddle, a graphic design printed on a second surface of the sheet of vinyl material and a laminate formed over the second surface of the sheet of vinyl material to cover and protect the graphic design.

A table tennis assembly apparatus is provided. The table tennis assembly apparatus may provide a base substrate and an overlaying cutting substrate. Along at least one peripheral of the base substrate may be a bar panel and or one or more clamps. Each clamp is for urging a first force distributor to sandwich a table tennis blade, in a uniform manner, against a glued table tennis rubber supported by the base substrate. After a predetermined amount of time a user may swap the first force distributor for a smaller second force distributor, enabling the user to trim the table tennis rubber around the perimeter of the blade.

A table tennis assembly apparatus is provided. The table tennis assembly apparatus may provide a base substrate and an overlaying cutting substrate. Along at least one peripheral of the base substrate may be a bar panel and or one or more clamps. Each clamp is for urging a first force distributor to sandwich a table tennis blade, in a uniform manner, against a glued table tennis rubber supported by the base substrate. After a predetermined amount of time a user may swap the first force distributor for a smaller second force distributor, enabling the user to trim the table tennis rubber around the perimeter of the blade.

Provided is a novel technology capable of enhancing repulsion when a blade has a laminate structure including a resin foam and a non-ligneous panel-like member laminated thereon. This table tennis racket blade includes: a resin foam (11); and a non-ligneous panel-like member (15) which is laminarly disposed on the resin foam (11), has bonded thereon a rubber (20) that forms a hitting surface, and has a bending Young's modulus of 12000 MPa or more.

Provided is a novel technology capable of enhancing repulsion when a blade has a laminate structure including a resin foam and a non-ligneous panel-like member laminated thereon. This table tennis racket blade includes: a resin foam (11); and a non-ligneous panel-like member (15) which is laminarly disposed on the resin foam (11), has bonded thereon a rubber (20) that forms a hitting surface, and has a bending Young's modulus of 12000 MPa or more.

A table tennis assembly apparatus is provided. The table tennis assembly apparatus may provide a base substrate and an overlaying cutting substrate. Along at least one peripheral of the base substrate may be a bar panel and or one or more clamps. Each clamp is for urging a first force distributor to sandwich a table tennis blade, in a uniform manner, against a glued table tennis rubber supported by the base substrate. After a predetermined amount of time a user may swap the first force distributor for a smaller second force distributor, enabling the user to trim the table tennis rubber around the perimeter of the blade.

A table tennis assembly apparatus is provided. The table tennis assembly apparatus may provide a base substrate and an overlaying cutting substrate. Along at least one peripheral of the base substrate may be a bar panel and or one or more clamps. Each clamp is for urging a first force distributor to sandwich a table tennis blade, in a uniform manner, against a glued table tennis rubber supported by the base substrate. After a predetermined amount of time a user may swap the first force distributor for a smaller second force distributor, enabling the user to trim the table tennis rubber around the perimeter of the blade.

A sports equipment article comprises a thermoplastic poly(carbonate-siloxane) elastomer.