A packaging system for a bicycle includes a rear panel and a front panel that mates with the rear panel to form an enclosure. The front panel partially detaches from the rear panel to lay flat on a ground surface that supports the packaging system such that at least a portion of an interior side of the front panel forms a work surface that covers the ground surface. The packaging system also includes a rear insert positioned within the enclosure, wherein the rear insert includes a tire receptacle configured to receive a rear tire of the bicycle. The packaging system further includes a front insert positioned within the enclosure opposite of the rear insert, wherein the front insert includes a front fork mount attached thereto, and wherein the front fork mount is configured to secure front forks of the bicycle.

A transportation rack includes a base frame configured for resting on a surface and including an upper open side and an open front side. The transportation rack further includes an extension frame defining an open front side and being slideably received through the open upper side of the base frame. An actuator is coupled between the base frame and the extension frame and is operable to move the extension frame in an extending direction outwardly from the base frame through the open upper side and a collapsing direction inwardly to the base frame through the open upper side. The transportation rack further includes a compartment unit supported by the extension frame and having a collapsing portion therealong that accommodates the extending and collapsing of the extension frame with respect to the base frame.

A transportation rack includes a base frame configured for resting on a surface and including an upper open side and an open front side. The transportation rack further includes an extension frame defining an open front side and being slideably received through the open upper side of the base frame. An actuator is coupled between the base frame and the extension frame and is operable to move the extension frame in an extending direction outwardly from the base frame through the open upper side and a collapsing direction inwardly to the base frame through the open upper side. The transportation rack further includes a compartment unit supported by the extension frame and having a collapsing portion therealong that accommodates the extending and collapsing of the extension frame with respect to the base frame.

The present invention is directed to a technique for visually judging an exchange timing of a container which has been heated in the air and thus degraded. The container is a container having a storage section for storing products: wherein the constituent material of the container is a resin composition; wherein the composition contains an antistatic agent; wherein the composition contains no coloring material, or contains a coloring material, however in this case, at a time when (a surface electric resistance value of the container having been changed by heating of the container)/(a surface electric resistance value of the container at a time of starting the heating)=10, discoloration of the container caused by the heating is a recognizable degree; and wherein the container is exchanged in a case where the container is discolored to a defined color by the heating.

The present invention is directed to a technique for visually judging an exchange timing of a container which has been heated in the air and thus degraded. The container is a container having a storage section for storing products: wherein the constituent material of the container is a resin composition; wherein the composition contains an antistatic agent; wherein the composition contains no coloring material, or contains a coloring material, however in this case, at a time when (a surface electric resistance value of the container having been changed by heating of the container)/(a surface electric resistance value of the container at a time of starting the heating)=10, discoloration of the container caused by the heating is a recognizable degree; and wherein the container is exchanged in a case where the container is discolored to a defined color by the heating.

A rolling device, a package for rolling device and a rolling module are introduced. The rolling device includes a receiving seat defining a receiving recess, at least one secondary rolling member received in the receiving recess to contact with a surface of the receiving recess, a primary rolling member partially received in the receiving recess to contact with a surface of the at least one secondary rolling member, a coupling section connected to the receiving seat for coupling to an external object, and a stop section connected to the receiving seat and defining a stop opening, which has a size smaller than a maximum size of the primary rolling member.

A rolling device, a package for rolling device and a rolling module are introduced. The rolling device includes a receiving seat defining a receiving recess, at least one secondary rolling member received in the receiving recess to contact with a surface of the receiving recess, a primary rolling member partially received in the receiving recess to contact with a surface of the at least one secondary rolling member, a coupling section connected to the receiving seat for coupling to an external object, and a stop section connected to the receiving seat and defining a stop opening, which has a size smaller than a maximum size of the primary rolling member.

A system and method that provides for a crate consisting of main flooring section and additional side supports and horizontal beam bracing, that when assembled give the crate the rigidity to be stacked vertically, with multiple units on top of each other, with no other supporting structure. Safe lifting is ensured by fully enclosed fork pockets across the crate base. Safe stacking is ensured by using ISO shipping container casting, as part of the crate design along with top lug assembly to provide positive lateral restraint when stacked.

A system and method that provides for a crate consisting of main flooring section and additional side supports and horizontal beam bracing, that when assembled give the crate the rigidity to be stacked vertically, with multiple units on top of each other, with no other supporting structure. Safe lifting is ensured by fully enclosed fork pockets across the crate base. Safe stacking is ensured by using ISO shipping container casting, as part of the crate design along with top lug assembly to provide positive lateral restraint when stacked.

Improved equipment bases and methods for making and using same are disclosed herein. The equipment base can include a first coated substrate including a first part having a first thickness sized to provide the load-bearing support for the equipment, a first elastomer coating the first part, a second coated substrate positioned adjacent to the first coated substrate, the second coated substrate including a second part having a second thickness sized to provide the load-bearing support for the equipment, and a second elastomer coating the second part. A first seam can be formed between the first and second coated substrates to allow for moisture to pass between the first and second coated substrates so that moisture is allowed to seep away from the bottom of the equipment.