Height-Adjustment System

A height-adjustment system comprising:

• at least one height-adjustable leg;
• the at least one height-adjustable leg comprising a tubular rod, a tubular sleeve, a spring-loaded pin, a plurality of pin-receiving features, and a trigger mechanism;
• the tubular rod comprising an upper rod end and a lower rod end;
• the tubular sleeve comprising an upper sleeve end and a lower sleeve end;
• the spring-loaded pin comprising a V-shaped spring, a pin protrusion, a spring choke, and a pin-guiding hole;
• the V-shaped spring comprising a narrow spring end and a wide spring end;
• the lower rod end being telescopically engaged into the upper sleeve end;
• the V-shaped spring being positioned within the tubular rod;
• the spring choke being connected within the tubular rod, offset from the lower rod end;
• the narrow spring end being engaged into the spring choke;
• the wide spring end being positioned adjacent to the lower rod end;
• the pin protrusion being connected adjacent to the wide spring end;
• the pin-guiding hole laterally traversing into the tubular rod;
• the plurality of pin-receiving features being operatively integrated along the tubular sleeve, wherein each of the plurality of pin-receiving features is used to receive the spring-loaded pin locking the tubular rod and the tubular sleeve in place at a specific height for the at least one height-adjustable leg;
• the pin protrusion being positioned through the pin-guiding hole and into a specific feature from the plurality of pin-receiving features, wherein the specific feature is associated with the specific height;
• the trigger mechanism being mounted into the tubular rod, adjacent the upper rod end;
• and
• the trigger mechanism being operatively coupled to the spring-loaded pin, wherein the trigger mechanism is used to actuate the spring-loaded mechanism.