Abstract: A heatable steering wheel cover includes an outer cover, a magnetically attractive charging connector, a steering wheel cover framework and a first heating sheet. The steering wheel cover framework is configured for being connected with a steering wheel, the outer cover wraps a surface of the steering wheel cover framework, and the first heating sheet is fixedly mounted in a gap between the steering wheel cover framework and the outer cover, and the magnetically attractive charging connector is electrically connected to the first heating sheet, and a charging end of the magnetically attractive charging connector is exposed to the outside relative to a surface of the outer cover. The heatable steering wheel cover is externally connected to a power supply interface in a magnetically attractive manner via a magnetically attractive charging connector additionally provided on the steering wheel cover.

Abstract: A massage cushion structure hung on a seat back, includes a back cloth sleeve and a bladder provided in the back cloth sleeve. The back cloth sleeve includes an upper portion, a middle portion, and a lower portion which are sequentially connected to each other in a smooth transition. The middle portion has a trapezoid structure narrow at its upper end and wide at its lower end. The bladder is in a gourd shape and includes an upper bladder and a lower bladder which are in communication with each other. A connecting area between the upper bladder and the lower bladder is configured to constrict inward. The bladder is located in the middle portion of the back cloth sleeve and supports the middle portion of the back cloth sleeve to bulge.

Abstract: A steering wheel cover that includes an outer cover layer and an inner core layer coupled to the outer cover layer is disclosed herein. The inner core layer includes an inner surface shaped to form and self-maintain an annular channel sized to receiving an automobile steering wheel therein. The inner core layer has a composition that includes ethylene-vinyl acetate (EVA) and one or more hardening agents. The composition of the inner core layer may also include a flexibility agent, a de-molding agent, a flowing agent, an emollient, an oxidizing agent, a cross-linking agent, a coloring agent, a curing agent, and a foaming agent. The inner core layer may also include one or more ribs extending from an inner surface of the inner core layer.

Abstract: A steering wheel cover that includes an outer cover layer and an inner core layer coupled to the outer cover layer is disclosed herein. The inner core layer includes an inner surface shaped to form and self-maintain an annular channel sized to receiving an automobile steering wheel therein. The inner core layer has a composition that includes ethylene-vinyl acetate (EVA) and on or more hardening agents. The composition of the inner core layer may also include a flexibility agent, a de-molding agent, a flowing agent, an emollient, an oxidizing agent, a cross-linking agent, a coloring agent, a curing agent, and a foaming agent. The inner core layer may also include one or more ribs extending from an inner surface of the inner core layer.

Abstract: The present disclosure relates to automobile parts, particularly to a cover for a steering wheel, the cover comprising a main collar and an inner collar, wherein the inner collar is made of ethylene-vinyl acetate material and is attached to an inner side of the main collar. The steering wheel cover of the present disclosure provides several advantages: The inner collar of the cover is light, anti-slip, non-toxic, and odorless; it features good elasticity and low cost; and it is environmental friendly. Further, one or more anti-slip sheets which may be provided on the main collar can make the steering wheel cover better anti-slip and safer. One or more air holes may be further provided which can make drivers more comfortable.