DE3430544A1 - Container with thermal insulation for keeping beverages cool in bottles - Google Patents

Abstract

A container with thermal insulation for keeping beverages cool in bottles which are pressurised.

Description

description

1. Thermal containers for keeping drinks and other liquids cool, which are filled in differently shaped bottles and other containers.

the invention relates to 2.1. for normal refrigeration a horizontal or vertically divisible thermal container for keeping drinks and other liquids cool, those in bottles of various shapes (cylindrical, concave, convex) and others containers are filled.

2.2. for more demanding cooling, one horizontally or vertically divisible thermal container with additional interchangeable half-shell insulating elements (Fig. 4) or half-shell cold packs (Fig. 3) for cooling drinks and other things Liquids in bottles of various shapes (cylindrical, concave, convex) and other containers are filled.

3. The invention is used, for example, to keep beverages in bottles cool or other containers are filled for work, sport, play, hiking, Parties etc., where it is too cumbersome, larger cool bags with Sühlakus to take with you, or to run to the refrigerator more often.

4. It is up to now. not known that thermal containers of this type are described are on the market.

5. The finding is based on the task, according to the requirements to create a handy, single and optimally functioning thermal container.

6. The task is achieved according to the invention in that 6.1.o. for normal keeping of cool the differently shaped bottle (Fig. 1/4) or the container placed in the insulating jacket lower part (Fig, 1/1) and with the insulating jacket upper part (Fig. 1/2) and the insulating cap (Fig. 1/3) screwed or otherwise is connected.

6.1.1. between the bottle and the insulating jacket parts (fig. 1/1 and 1/2) an isolating air gap is created by centering supports.

6.1.2. the insulating jacket parts (Fig. 1/1 and 1/2) and the cap (Fig. 1/3) consist of PUR integral foam.

6.2.o. for more demanding posture the differently shaped Bottle Fig. 2/4) or the ratio of two, divided by the vertical axis and exchangeable half-shell insulating elements (Fig. 4), or half-shell cooling batteries (Fig. 3) is enclosed.

These, from the tialbschalenisolierelemente (Fig. 4) or half-shell cold packs tlig. 3) Sealed bottle (Sig. 2/4) or the container is placed in the lower part of the insulating jacket (Fig. 2/1) and with the insulating jacket upper part (Fig. 2/2) and the insulating cap Fig, 2/3) is screwed, or otherwise connected0.

6.2.1 between the half-shell insulating elements (Fig. 4) or half-shell cooling batteries (Fig. 3) an insulating air gap is created by centering supports.

6.2.2. the insulating jacket parts (Fig. 2/1 and 2/2) and the insulating cap (Fig. 2/3) consisting of PUR integral foam.

6.2.3. for warm days or for short-term cooling, those made of hard foam existing half-shell insulating elements (Fig. 4), or 6.2.4. for hot days or for long-term refrigeration the half-shell cold packs filled with coolant (Fig. 3) be used.

6.2.5. the inner and outer walls of the half-shell cold packs (Fig. 3) are welded to one another by knobs to prevent expansion during freezing.

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Claims (8)

Claims 1. Thermal containers for keeping beverages and cold other liquids in various shaped bottles and other containers are filled, characterized in that the thermal container for receiving Bottles and other containers is divided horizontally or vertically and without and with exchangeable half-shell insulating elements (Fig. 4) or half-shell cooling batteries (Fig. 3) can be used. 2. Thermal container according to claim 1, characterized in that the Insulating jacket for holding and closing the bottle (Fis 1/4) or the container in an insulating jacket lower part (Fig. 1/1), an insulating jacket upper part (Fig. 1/2) and an insulating cap (Fig. 1/3) is divided, and screwed together or otherwise connected. 3. Thermal container according to claims 1 and 2, characterized in that that between the bottle (Fig. 1/4) on the one hand and the lower part of the insulating jacket (Fig. 1/1) and the upper part of the insulating jacket (Fig, 1/2) on the other hand, by means of centering supports an insulating air gap is created (Fig. 1). 4. Thermal container according to claims 1 and 2, characterized in that that the bottle (Fig. 2/4) or the container by replaceable half-shell insulating elements from rigid foam (Fig. 4) is additionally isolated. 5. Thermal container according to claims 1, 2 and 4, characterized in that that between the jialbschalenisolierelemente (Fig. 4) on the one hand and the insulating jacket lower part (Fig. 2/1) and the insulating jacket upper part (Fig. 2/2) on the other hand, by centering Supports an insulating air gap is created (Fig. 2). 6. @ hermo container n ch @en claims 1 and 2 characterized in that that the bottle is clunky. 2/4), or the container, with exchangeable half-shell cooling batteries (Fig. 3) is additionally cooled. 7. Thermal container according to claims 1, 2 and @ characterized in that that between the nalbschalenkühlakus (Fig. 3) on the one hand un @ the insulating jacket base (Fig. 2/1) and the insulating jacket upper part (Fig. 2/2) on the other hand, by centering Supports an insulating air gap is created (Fig. 2). 8. thermal container n ch claims 1, 2, 6 and 7, characterized in that that the inner and outer walls of the half-shell cold packs (Fig. 3) against expansion are welded to one another by knobs during freezing.