Frank Meyers

Title: Frank Meyers: Innovator in Cigar Ventilation Technology

Introduction

Frank Meyers is an accomplished inventor based in Alexandria, VA (US). He has made significant contributions to the field of cigar ventilation, holding a total of 3 patents. His innovative designs aim to enhance the smoking experience for cigar enthusiasts.

Latest Patents

One of Frank's latest patents is a cigar ventilation implement that features both a cylindrical punch and a piercing member, such as a needle or spike. This implement allows for sequential extension of the punch and piercing member through a continuous twisting motion of a knob. The sequencing is controlled by multiple slotted guide cylinders, a pair of actuator/driving cylinders, and a detent mechanism that initially prevents and subsequently enables relative rotation of the actuator and guide cylinders. The retraction of the punch and piercing members is achieved by reversing the rotation of the knob. Another similar patent describes a cigar ventilating implement that includes a cylindrical punch and piercing member extendable from a housing by gripping laterally extending flanges or pins and pressing on an actuator. This design may also incorporate one or two coil springs to bias the punch and/or piercing member to a retracted position, along with a retaining member to latch the punch in the extended position.

Career Highlights

Frank Meyers has established himself as a key figure in the innovation of cigar-related products. His work at Synge LLC has allowed him to focus on developing practical solutions that improve the functionality and enjoyment of cigars.

Collaborations

Frank collaborates with talented individuals such as Todd Zabaglo and Mansoor Riaz, contributing to a dynamic work environment that fosters creativity and innovation.

Conclusion

Frank Meyers is a notable inventor whose work in cigar ventilation technology has led to practical advancements in the industry. His patents reflect a commitment to enhancing the cigar smoking experience through innovative design.