A tool storage assembly, including a container assembly, and at least a multi-tool assembly, removably connected to said container assembly, wherein said container assembly and said multi-tool assembly comprise respective sliding connection portions that engage each other.

A snow flap has a first portion that may include a first material. The first portion also includes a second portion may include a second material, said first material stiffer than the second material. The portion also includes a joint formed between the first portion and the second portion.

A snow flap has a first portion that may include a first material. The first portion also includes a second portion may include a second material, said first material stiffer than the second material. The portion also includes a joint formed between the first portion and the second portion.

A method and tool provide for removal of a rear bicycle wheel of a bicycle having a rear derailleur. A securing device maintains the tool in a fixed position with respect to the bicycle. A chain disengagement element is moveably attached to the securing device whereby moving the chain disengagement element moves a portion of the chain away from an axel mounted gear cassette sufficiently to completely disengage the chain from the axel mounted cassette. This allows for easy removal of the wheel.

A bicycle container including a main body for containing objects and an engagement member provided on the main body. The engagement member is configured to engage with a pedal of a bicycle to enable the bicycle container to be detachably coupled to the pedal to hold the bicycle in an uptight position.

An arrangement is composed of an elastic to highly elastic tool carrier which has a number of cavities that protrude from the tool carrier and are formed preferably integrally therewith. The cavities have pocket-like receiving spaces which are configured to hold vehicle tools. The cavities are configured and arranged in pairs such that in each case one end-side tool portion can be introduced into and removed from, in each case, one of the pocket-like receptacles of the cavities. During the introduction and removal of the tools, the cavities can be moved or elastically displaced, on account of their elasticity, from a storage position (starting position) into an insertion or removal position (displaced position), such that the respectively other end of the tool slips out of or can be removed from the pocket-like receptacle.

A closure system for connecting a first assembly to a second assembly includes a first closure device which includes a first closure part, which is to be arranged on the first assembly and includes a first magnetic element and a second closure part, which is to be fastened to the second assembly and includes a second magnetic element. The first closure part and the second closure part can be attached to each other along a closing direction and are mechanically latched with each other in a closed position. A second closure device serves for releasably fastening the second closure part to the second assembly. The second closure device includes a traction element arranged on the second closure part and a tensioning device connected to the traction element, wherein the tensioning device can be actuated to tension the traction element for fastening the second closure part to the second assembly.

An all-terrain vehicle includes a frame, a vehicle cover, a plurality of wheels, a suspension, a prime mover assembly with an engine and a transmission, and an intake system. The intake system includes an air inlet on an instrument shield providing cooling air to the transmission. The instrument shield windward surface extends transversely, upwardly and rearwardly at an angle to horizontal in the range of 45 to 90 degrees. The vehicle cover includes left and right side cover assemblies each with insulation covers. The prime mover assembly is in an accommodation space extending inside of the left and right insulation covers, substantially isolated from contact with the left and right insulation covers by airflow within the accommodation space. Flow-guiding cavities are defined adjacent wind-in surfaces on the underside(s) of left and/or right front fenders, and the flow-guiding cavities introduce airflow into the accommodation space.

A water bottle cage for a bicycle includes a bracket extending along a first axis and adapted to be attached to a frame of a bicycle. The bracket includes two first sides spaced from each other about a second axis perpendicular to the first axis and a second side connected with the two first sides and facing a receiving space adapted for receiving a water bottle. The bracket further includes at least one attaching device arranged on one of the two first sides, and at least one tire lever is removably attached to the attaching device. The tire lever can be removed from the attaching device without the need to move the water bottle away from the receiving space.

The bicycle stand includes a first rod, a second rod, and a pivot structure. The first rod has a first end, a second end, and a first pivot portion between the first end and the second end. The second rod has a third end, a fourth end, and a second pivot portion between the third end and the fourth end. The pivot structure is pivotally connected to the first pivot portion and the second pivot portion so that the first rod is pivotally connected with the second rod and is able to pivot between a folding position and an opening position. The first rod and the second rod are X-shaped when the first rod and the second rod are at the opening position.