Abstract: A device for use with a travel mug for storing and chilling at least one vial is disclosed. The device generally comprises at least a first cylindrical portion having a top end and a bottom end, wherein the top end comprises at least one recessed portion for storing the at least one vial and a second cylindrical portion having a top end and a bottom end. In one embodiment, the device comprises a rod having a first end connected to the bottom end of the first cylindrical portion, and a second end connected to the top end of the second cylindrical portion.

Abstract: Provided is a refrigerator for a vehicle. The refrigerator for the vehicle may include a cavity or compartment accommodating a product, a machine room disposed at a side of the cavity, a compressor accommodated in the machine room to compress a refrigerant, a condensation module or assembly accommodated in the machine room to condense the refrigerant, an evaporation module or assembly accommodated in the cavity to evaporate the refrigerant and thereby to cool the cavity, a machine room cover defining an inner space of the machine room, and a controller mounted on an outer surface of the machine room cover.

Abstract: A lunch box includes a housing having a bottom surface, a front wall, a rear wall, two opposing sidewalls and an open top in communication with an interior storage chamber. A pivotal lid encloses the open top to provide selective access to the interior storage chamber. A freeze pack and an accessory tray seamlessly fit within the interior storage chamber. The tray houses a sensor that measures temperature, pressure and humidity within the interior chamber, and transmits the measured data to a portable electronic device. Therefore, a remote user can monitor the condition of the storage chamber without opening the lid or otherwise accessing the lunch box.

Abstract: An air distribution bi-folding door assembly of a refrigerated case opens and closes to allow for the loading of refrigerated items in the case. The doors are attached by a hinge. Each door is hollow and includes perforations which allow cool air which flows in the hollow space of the doors to distribute over the refrigerated items in the case. A wheel assembly is attached to the upper outer corner of each door and runs along a track as the doors open and close. An alignment assembly attached to the lower outer corners of each door ensures proper alignment of the doors during opening and closing.

Abstract: A can receiving apparatus for a refrigerator. The can receiving apparatus includes an inner case, possibly having a plurality of speed reducing ribs, of a door having ribs. A support member is retained by the door ribs, beneficially using U-shaped fastening members. The support member can include rotation inducing elements that cause the support member to interact with an interior wall to reduce the speed of a can falling through a can receiving space. A stop member prevents cans from falling out of the can receiving space. The stop member can be relieved to reduce the difficulty of removing a can from the can receiving space.

Abstract: A heat exchanger within a sheet metal enclosure includes mounting structure that provides double vibration isolation to minimize noise. The mounting structure includes at least one resilient vibration isolator that couples the heat exchanger to a vibration isolation plate, and includes other similar isolators that couple the plate to the enclosure. The mass of the plate is sufficient to somewhat emulate a dual mass/spring system having two degrees of freedom. To this end, the plate is preferably thicker than the sheet metal walls of the enclosure. The double vibration isolated heat exchanger is especially applicable to systems having several heat pumps that are mounted overhead. In some embodiments, the heat pump's refrigerant compressor is also resiliently mounted to the vibration isolation plate.

Abstract: An evaporator coil mounting pin which is operable to retain the evaporator coil adjacent the rear interior cabinet wall of the refrigerator cabinet to prevent the evaporator coil from accidentally slipping off the mounting pin during assembly of the refrigerator. The mounting pin provides both vertical and horizontal support for the evaporator coil, and includes a refrigerator cabinet engaging portion which extends into the refrigerator cabinet and positively locks the mounting pin in place. The mounting pin further includes a stop, a disc-shaped baseplate and an upstanding shoulder, the upstanding shoulder extending between the stop and the baseplate along a portion of the length of the mounting pin. The evaporator coil is supported by the upstanding shoulder and is positioned between the stop and the refrigerator cabinet, and is thus prevented from being unintentionally displaced from the mounting pin.

Abstract: A refrigerator (12) shows a chamber (10) cooled by a vertical, substantially plane and rectangular evaporator (16) mounted in the chamber (10) by being snapped at two vertical edges (22) into vertical grooves in two opposite walls (26) of the chamber (10).

Abstract: The present invention relates to a palm-sized air conditioner. The palm-sized air conditioner includes a housing having a top with a vent; batteries are disposed within the housing; an ice chamber is disposed within the housing; a box fan moves air at room temperature through the ice chamber to produce cool air; and vertically adjustable horizontal vanes for receiving the cool air while the box fan passes the cool air up and out of the vent.

Abstract: An apparatus and method for shipping floral arrangements are disclosed. An insulated container with a hinged or removable lid is provided with a recess in its bottom wall for receiving a cooling medium comprising one or more ice substitute packs. Straps are provided for releasably fastening the cooling packs in the recess. A mounting arrangement is also provided for securing a floral arrangement, such as a wedding bouquet, in close proximity to the cooling medium such that the flowers avoid contact with the side walls, top or bottom of the container during shipment.

Abstract: A beverage cooler insert is set forth wherein a first support tray is reciprocatably mounted relative to a second support tray with each support tray provided with an individual "U" shaped suppport bracket to be received within an associated container cooler arrangement. The first and second support trays are reciprocatably mounted relative to one another utilizing support posts telescopingly received within support sleeves and biased outwardly relative to one another to effect engagement of the sides of the beverage cooler container by the support trays. Each support tray 12 is provided with series of cylindrical cavities provided with slots through side walls of the cavity to effect contact of a cooling medium with containers positioned within the cavities.

Abstract: Glass chilling cabinet having a bottom wall, a top wall and side walls, a number of posts adapted to keep glass baskets stacked above said bottom wall, said posts being perpendicular to said bottom wall, partition members (23) arranged in a plane that is parallel to said bottom wall and leaving above said bottom wall a gap that is not smaller than the height of a basket filled with glass, compression springs (29) placed between said bottom wall and said top wall and adapted to press a stack of baskets (33) against stop members (35) retaining said stacked baskets below said top wall, a front cabinet door, a top cabinet door, and a cool air draft inlet in one of said side walls.

Abstract: A cooler for the transportation and cooling of, particularly, canned beverages including a thermally insulated container having an open end and a retainable cover forming a receptacle for the beverages with a spacer means to hold the canned beverages about the periphery of the receptacle and to form, with the surfaces of the canned beverages, a cavity for a cooling agent, the outer surface of the container being adapted to roll with the cover being retained in sealing engagement. Upon transportation by rolling of the cooler the beverages within the cans are cooled by contact between the cooling agent and the can surfaces forming the cavity.

Abstract: A device for rapidly cooling a canned or bottled beverage having a cooling compartment in which two rollers are horizontally disposed to support and cause to rotate a horizontally positioned cylindrical beverage container, an ice retaining member angularly disposed within said cooling compartment to support a quantity of ice in frictional contact with the perimeter surface of said beverage container and an electrical motor causing said rollers to rotate through a gear mechanism. Rapid rotation of the beverage container in frictional contact with a chilling substance such as ice results in a very rapid chilling of the contents of the beverage container.

Abstract: A cooled enclosure comprising a container having side and end walls and a bottom wall which define an enclosure having an open top. A cover associated with the enclosure includes a heat conductive layer on at least the bottom surface thereof which faces the enclosure. Refrigerant means are positioned in the enclosure and supported therein by resilient supporting means which bias the refrigerant means into intimate contact with the bottom surface of the cover whereby the cooling effect of the refrigerant means is transferred by the layer to the outside surface of said cover.