View source for 20240011688. AUTONOMOUS PORTABLE REFRIGERATION UNIT simplified abstract (Delta Development Team, Inc.)

=AUTONOMOUS PORTABLE REFRIGERATION UNIT=


==Organization Name==

[[:Category:Delta Development Team, Inc.|Delta Development Team, Inc.]]


[[Category:Delta Development Team, Inc.]]

==Inventor(s)==

[[:Category:William Barg of Tucson AZ (US)|William Barg of Tucson AZ (US)]][[Category:William Barg of Tucson AZ (US)]]

[[:Category:Christopher Bridgewater of Tucson AZ (US)|Christopher Bridgewater of Tucson AZ (US)]][[Category:Christopher Bridgewater of Tucson AZ (US)]]

[[:Category:Robert Futch of Tucson AZ (US)|Robert Futch of Tucson AZ (US)]][[Category:Robert Futch of Tucson AZ (US)]]

[[:Category:Montgomery Leija of Sahuarita AZ (US)|Montgomery Leija of Sahuarita AZ (US)]][[Category:Montgomery Leija of Sahuarita AZ (US)]]

==AUTONOMOUS PORTABLE REFRIGERATION UNIT - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240011688 titled 'AUTONOMOUS PORTABLE REFRIGERATION UNIT

==Simplified Explanation==

The patent application describes a cooled storage system with a case that includes an outer bucket and an inner bucket. The outer bucket has a flange protruding from its sidewall. The inner bucket is partially disposed within the outer bucket and defines a storage compartment. A coil is placed between the inner and outer buckets, with a phase-change material surrounding the coil. An electronic control system actively and passively cools the storage compartment, allowing for precise temperature control.

* The system includes a cooled storage case with an outer bucket and an inner bucket.
* The outer bucket has a flange protruding from its sidewall.
* The inner bucket is partially placed inside the outer bucket and creates a storage compartment.
* A coil is located between the inner and outer buckets.
* A phase-change material surrounds the coil.
* An electronic control system actively and passively cools the storage compartment.
* The technology enables extremely efficient and precise temperature control.

Potential applications of this technology:

* Food and beverage storage in commercial refrigeration systems.
* Medical storage for temperature-sensitive medications and vaccines.
* Laboratory storage for samples and reagents.
* Industrial storage for chemicals and materials that require specific temperature conditions.

Problems solved by this technology:

* Inefficient cooling systems that result in temperature fluctuations and spoilage of stored items.
* Lack of precise temperature control in storage compartments.
* Limited options for cooling systems that can maintain consistent low temperatures.

Benefits of this technology:

* Enhanced preservation of perishable items by maintaining optimal storage temperatures.
* Improved efficiency and energy savings due to precise temperature control.
* Increased shelf life of temperature-sensitive products.
* Versatile and adaptable cooling system for various industries and applications.


==Original Abstract Submitted==

systems, methods, and devices may include a cooled storage system with a case having an outer bucket with a first bottom wall and a first sidewall. the outer bucket may include a flange protruding from the first sidewall. an inner bucket may be disposed at least partially within the outer bucket and may include a second bottom wall and a second sidewall defining a storage compartment in the case. a coil may be at least partially disposed in the volume between the inner bucket and the outer bucket with a phase-change material disposed about the coil. an electronic control system may actively and passively cool the storage compartment resulting in extremely efficient and precise temperature control.



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