Perpetual Calendar Using 28-Year Positional Cycle
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Solution Overview
Problem
Current calendar systems, such as the Gregorian calendar, require frequent replacement and can cause confusion due to their non-sequential nature, lacking a universal and perpetual solution that integrates additional personal and astrological information.
Innovation Solution
The Kirschner Method employs a 28-year positional system using the English alphabet, including additional characters ZZ and ZZZ, to create a perpetual calendar that translates and displays various calendar systems, providing personal birth year positions, star constellations, talisman symbols, and chakra colors, allowing for reuse and integration of additional elements.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If the Gregorian calendar system is used, then the calendar follows the traditional numerical sequence, but it requires replacement every year and creates confusion due to non-sequential numbering
Solution Approach 1:
The patent implements a 28-year periodic cycle where the calendar repeats its sequence. Each year is assigned a position (A1-A14 for non-leap years, B1-B14 for leap years) that recurs every 28 years, allowing the same calendar template to be reused indefinitely by simply updating the year label, thus eliminating the need for annual replacement while maintaining sequential logic
Solution Approach 2:
The patent transforms the traditional numerical year parameter into a positional parameter (letter-number combination) that cycles every 28 years. This parameter transformation allows the calendar to operate in a repeating cycle rather than a linear progression, enabling perpetual reuse of the same calendar templates while maintaining accurate date tracking
2Device complexity
If the Gregorian calendar is used, then the calendar structure is simple and familiar, but it lacks integration of personal and astrological information
Solution Approach 1:
The patent creates a multi-functional calendar system that simultaneously provides traditional calendrical information (dates, days, months) and personal/astrological information (birth year position, constellation, talisman, lucky day, chakra colors). The positional system serves as a universal key that links multiple information types, allowing a single calendar structure to deliver diverse functional value without increasing complexity
Solution Approach 2:
The patent embeds multiple layers of information within the calendar structure. The positional cipher (A1-ZZZ) serves as an outer layer that encodes the year position in the 28-year cycle, while inner layers contain corresponding personal and astrological data (constellation, talisman, chakra colors). This nested structure allows rich information integration within a compact, manageable framework
3Duration of action of stationary object
If a perpetual calendar system is implemented, then the calendar can be reused indefinitely, but it requires a complex translation system between Gregorian and positional years
Solution Approach 1:
The patent creates simplified copies of the calendar structure for each position in the 28-year cycle (A1-A14, B1-B14). Instead of developing a completely new complex system, it uses 28 template copies that can be reused indefinitely. The translation complexity is reduced to a simple lookup process where the user determines their position in the cycle and selects the corresponding template, making the system manageable despite its perpetual nature
Data Source
AI summary
A perpetual calendar system comprising: a first array of letter positions, each letter position in the first array denoting a position corresponding to a digit in Gregorian numerical system; a second array of numbers corresponding to digits in the Gregorian numerical system; and a third array of symbols comprising a plurality of groups of years, wherein each group corresponds to a related letter position and a related number in the first array and the second array respectively, such that a combination of: the related letter position from the first array, the related number from the second array, and the plurality of groups of years in the third array is used to locate a calendar for a year of interest, and wherein the combination corresponds to a page index in the perpetual calendar system constituted by a plurality of pages, each page having a calendar identified by the corresponding page index.