Disclosed is a hygiene accessory for a passenger seat of a passenger-transport device, including a waste container and a unit for hanging from the passenger seat formed by a hanging collar defining an aperture for passing waste. The hanging collar is suitable for being held around a cup-holder opening of a passenger seat and for supporting the waste container, which extends into the cup-holder opening under the aperture for passing waste and is kept concertinaed under the hanging collar prior to use by a temporary attachment suitable for allowing the container to unfold downwardly. Also disclosed is a method for maintaining a passenger-transport device by way of hygiene accessories as disclosed.

Disclosed is a hygiene accessory for a passenger seat of a passenger-transport device, including a waste container and a unit for hanging from the passenger seat formed by a hanging collar defining an aperture for passing waste. The hanging collar is suitable for being held around a cup-holder opening of a passenger seat and for supporting the waste container, which extends into the cup-holder opening under the aperture for passing waste and is kept concertinaed under the hanging collar prior to use by a temporary attachment suitable for allowing the container to unfold downwardly. Also disclosed is a method for maintaining a passenger-transport device by way of hygiene accessories as disclosed.

A high-practicability car trash can includes a trash can body, an anti-odor cover body, an anti-odor base, and a rotatable connection rod component. The anti-odor cover body is connected to an upper part of the trash can body in a matched manner. The trash can body is of a storable can body structure made of an elastic soft material. The anti-odor base is arranged between the trash can body and the anti-odor cover body. A lower part of the anti-odor base and the upper part of the trash can body are matched in appearance. An upper part of the anti-odor base and the anti-odor cover body are matched in shape. The rotatable connection rod component is configured to connect the anti-odor cover body to the anti-odor base. One end of the rotatable connection rod component is rotatably and movably connected to the anti-odor cover body.

A high-practicability car trash can includes a trash can body, an anti-odor cover body, an anti-odor base, and a rotatable connection rod component. The anti-odor cover body is connected to an upper part of the trash can body in a matched manner. The trash can body is of a storable can body structure made of an elastic soft material. The anti-odor base is arranged between the trash can body and the anti-odor cover body. A lower part of the anti-odor base and the upper part of the trash can body are matched in appearance. An upper part of the anti-odor base and the anti-odor cover body are matched in shape. The rotatable connection rod component is configured to connect the anti-odor cover body to the anti-odor base. One end of the rotatable connection rod component is rotatably and movably connected to the anti-odor cover body.

Described are handheld and vehicle mounted bag holders. The bag holders include a curved frame member defining a portion of a circle's curvature. The curved frame member is covered by an elastomeric pad such as foam. The handheld bag holder includes a handle attached to the frame member. The vehicle mounted bag holder includes a rotating bracket and a mounting element. The vehicle mounted bag holder can be mounted on the frame of a vehicle such as an all terrain vehicle via the mounting element.

Described are handheld and vehicle mounted bag holders. The bag holders include a curved frame member defining a portion of a circle's curvature. The curved frame member is covered by an elastomeric pad such as foam. The handheld bag holder includes a handle attached to the frame member. The vehicle mounted bag holder includes a rotating bracket and a mounting element. The vehicle mounted bag holder can be mounted on the frame of a vehicle such as an all terrain vehicle via the mounting element.

A vehicle door assembly according to the present disclosure includes a door inner structure and a storage bin. The door inner structure includes an outer side panel and an armrest. The armrest projects laterally inward from the outer side panel. The storage bin is disposed below the armrest, attached to the door inner structure, and translatable relative to the door inner structure between a rearward position and a forward position.

Methods and systems are provided for automatically maintaining cleanliness of an vehicle. In one embodiment, a method includes: receiving, by a processor, at least one sensor signal from a sensor that monitors for particulates within an interior of a vehicle; determining, by the processor, a level of uncleanliness of the vehicle based on the sensor signal; and selectively generating, by the processor, at least one of a control signal to a cleaning element of the vehicle and a notification message based on the determining to achieve the level of cleanliness.

A disposable, lightweight, half-cylinder shaped, lengthwise cut, cardboard box, dispensing fifteen tissues at one end, and an internal cardboard divider allowing a hollow end for tissue disposal. Pre-stuck hook and loop strips on the flat back of the box adhere to the sun visor of a vehicle. When the clean tissues are all gone, the whole invention is tugged off the visor and disposed of.

A disposable, lightweight, half-cylinder shaped, lengthwise cut, cardboard box, dispensing fifteen tissues at one end, and an internal cardboard divider allowing a hollow end for tissue disposal. Pre-stuck hook and loop strips on the flat back of the box adhere to the sun visor of a vehicle. When the clean tissues are all gone, the whole invention is tugged off the visor and disposed of.