Low-Temperature Binder Adhesion for Temperature-Sensitive Inclusions
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Solution Overview
Problem
Conventional methods for adhering temperature-sensitive inclusions to candy-coated popcorn and similar edible lightweight cores are limited by high process temperatures, which damage or melt the inclusions, resulting in an unappealing jumbled mass.
Innovation Solution
A method involving coating edible lightweight cores with a binder, mixing with temperature-sensitive inclusions, and drying at low temperatures to form an adhesive mass, using a process that maintains the crunchy texture and adheres inclusions like candy-shelled chocolate pieces to candy-coated popcorn without damage.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If hot sugar syrup at temperatures up to 150° C. is used to adhere inclusions to candy-coated popcorn, then the inclusions are effectively adhered, but temperature-sensitive inclusions such as chocolate are melted and damaged
Solution Approach 1:
The patent changes the temperature parameter from conventional high temperatures (150° C.) to low temperatures (below 30° C.) in the adherence process. This parameter change allows temperature-sensitive inclusions like chocolate to be adhered without melting or damage, while still achieving effective adhesion through the use of a low-temperature binder system
Solution Approach 2:
The patent introduces a binder as an intermediary substance that enables adhesion at low temperatures. The binder acts as a mediator between the popcorn and inclusions, providing adhesive properties without requiring high temperatures, thus protecting temperature-sensitive inclusions from thermal damage
2Ease of manufacture
If conventional high temperature processes are used, then inclusions are adhered to the popcorn, but the process damages temperature-sensitive inclusions resulting in a jumbled mass
Solution Approach 1:
The patent changes the temperature parameter from high (150° C.) to low (below 30° C.), which preserves the integrity of temperature-sensitive inclusions while maintaining ease of manufacture through the use of a low-temperature binder system that effectively adheres inclusions without causing damage
3Ease of manufacture
If gelatin- or egg white-based marshmallow binder at temperatures of 50° C. to 95° C. is used, then popcorn balls are formed, but chocolate or other temperature-sensitive inclusions are immediately melted and damaged
Solution Approach 1:
The patent changes the temperature parameter from 50-95° C. to below 30° C., and replaces the marshmallow binder with a low-temperature binder system that can form popcorn balls and adhere inclusions without melting temperature-sensitive materials like chocolate
Solution Approach 2:
The patent introduces a low-temperature binder as an intermediary that enables popcorn ball formation and inclusion adhesion without requiring temperatures that would damage temperature-sensitive inclusions, replacing the harmful high-temperature marshmallow binder system
4Quantity of substance
If heavy inclusions are adhered to candy-coated popcorn, then the product has substantial content, but the sorbitol coating does not effectively adhere the inclusions
Solution Approach 1:
The patent introduces a low-temperature binder as an intermediary substance that provides effective adhesion for heavy inclusions. The binder acts as a bonding agent between the popcorn and inclusions, ensuring reliable adhesion of substantial inclusion content without relying on the insufficient sorbitol coating
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The method effectively adheres temperature-sensitive inclusions to edible lightweight cores at low temperatures, preserving their integrity and maintaining the crunchy texture, resulting in a visually appealing and consumer-friendly product.
Implementation Method 1
coating the edible lightweight cores with a binder to form binder-coated edible lightweight cores; mixing the binder-coated edible lightweight cores with temperature-sensitive inclusions to form an adhesive mass
Implementation Method 2
drying the adhesive mass to form edible lightweight cores having temperature-sensitive inclusions adhered thereto; drying at low temperatures to form an adhesive mass
Data Source
AI summary
Temperature-sensitive inclusions are adhered to edible lightweight cores using an ambient temperature process.