An item holder includes a receiving well with an upper opening. First and second air bladders are disposed in the receiving well. Upper portions of outer casings of the air bladders are substantially flush with the upper opening of the receiving well when the air bladders are in an inflated condition. Also, the abutment portions abut one another along an abutment seam when the air bladders are in an inflated condition. A sensor may be sued to detect the receiving of an item in the receiving well. Valves assemblies are opened as the sensors detect an item being received in the receiving well. The item compresses a filler material disposed within the air bladders as the item is received in the receiving well. When the item is removed from the receiving well, the filler material expands to inflate the air bladders to the at-rest position.

A trunk cooler removably connected under a seat of a vehicle, the trunk cooler including a base cooler receptacle to store at least one item therein, a plurality of retractable legs disposed on a bottom surface of the base cooler receptacle to support the base cooler receptacle in response to moving the plurality of retractable legs from being retracted in a first vertical position to at least partially extended in a second vertical position, and a cooling system to inject cold air into an interior portion of the base cooler.

A beverage container holding device includes a first rotating member supported by a holder main body such that the first rotating member can swing horizontally. The first rotating member includes a first shaft member supported by the holder main body and extending in an up-and-down direction, and a first main body supported by the first shaft member such that the first main body can be present in a receiving portion and retract from the receiving portion. The first main body includes a front contact surface portion having a contact portion, which the beverage container received in the receiving portion can contact. The front contact surface portion makes, at least at the contact portion, an obtuse angle with an imaginary line extending from a center of the first shaft member to the contact portion.

An auxiliary cup holder and a cup holder assembly are provided. The auxiliary cup holder includes a first cup body and a second cup body. The second cup body is connected to a top end of the first cup body. An inner diameter of the second cup body is greater than an outer diameter of the first cup body or an inner diameter of the second cup body is adjustable. The first cup body is adapted for being placed and fixed in a cup holding groove as provided originally in a car. The second cup body is configured for placing drinking containers.

A mechanism for holding an article in a storage compartment. The storage compartment is delimited by a first wall and a second wall and each of the first wall and the second wall is having a first recess and a second recess. The mechanism includes a holder element, a supporting element, a locking element and a handling member. The holder element is articulated in the first wall. The supporting element is pivotally configured on the holder element for supporting a bottom portion of the article in a holding position. The locking element engages a first recess to lock the holder element in a non-holding position and engages a second recess to lock the holder element in the holding position. The handling member is configured on the second member for unlocking the locking element from the first and second recesses to move the holder element between the holding and non-holding positions.

A vehicle holding unit includes a cupholder and a holding member. The cupholder has a sidewall defining a cup receiving area. The holding member having a base movable between a stowed position and a deployed position. The base being mainly vertical in the stowed position. The base being mainly horizontal and extends into the cup receiving area in the deployed position.

A receiving device for beverage containers is disclosed. The receiving device comprises a supporting construction that is open at the top, which can receive the particular beverage container and consists at least of a first material. Furthermore, at least one heat-conducting element which can forward heat and/or cold to a beverage container received by the supporting construction. In addition, one or more thermoelectric air-conditioning units for generating heat and/or cold. The one or more thermoelectrical air-conditioning units have a thermally conductive contact with the at least one heat-conducting element. The at least one heat-conducting element consists of at least one second material which has an elevated thermal conductivity in comparison to the at least one first material.

A cup holder assembly includes a body that defines a cup-receiving cavity and an aperture that extends through a side wall of the body, a first bracing feature and a second bracing feature, each of which is coupled to the body and positioned outside of the cup-receiving cavity, and a retention finger. The retention finger includes a first portion that extends into the cup-receiving cavity through the aperture, a first engagement feature coupled to the first portion and pivotably engaged with the first bracing feature, and a second engagement feature coupled to the first portion and engaged with the second bracing feature. The retention finger is operable to move via pivotal movement of the first engagement feature relative to the first bracing feature.

A beverage holder (1) for a motor vehicle has a receptacle (2) with a side wall (5) extending from a bottom wall (3) to an open top (4) that is farther upward. At least one elastic compensation element (7) is provided for holding differently sized drinking vessels (6). The side wall (5) has at least one opening (8), and an elastic covering (10) penetrates the opening (8) due to its biasing to form the elastic compensation element (7).

A cup holder includes an enclosure portion configured to hold a drink container inserted therein so as to surround the drink container from an outer peripheral side. An inner peripheral surface of the enclosure portion includes inner peripheral supporting surfaces and recessed surfaces arranged side by side in a circumferential direction, the inner peripheral supporting surfaces extending in the circumferential direction so as to continuously or intermittently draw arc surfaces concentric to each other with the same diameter, the recessed surfaces extending in the circumferential direction in a shape recessed radially outward relative to the inner peripheral supporting surfaces.