Gas torch

A gas torch comprising:

• a fuel gas container with a flame adjustment wheel that controls a flow rate of fuel through a valve on said fuel gas container,
• a gas lever that is raised to allow fuel to flow through a tubular portion of said lever to an oblique barrel and then to a flame tube connected to said barrel, said gas lever is lowered to stop fuel from flowing through said tubular portion, and
• a holder frame;
• said holder frame has two flanges on opposing sides thereof and is mounted on a top side of said fuel gas container via said flanges, and a flame tube mounted on said holder frame;
• an electronic igniter with a control button mounted on said holder frame of said fuel gas container, said igniter is activated by a user depressing said control button,
• said control button comprises a backward extension frame, said backward extension frame comprises a first hollow step, a second hollow step, an upright tail, a transverse rib disposed in said second hollow step and defining a first sliding way between said transverse rib and said upright tail, and a second sliding way between said transverse rib and said first hollow step;
• an actuating strip mounted on said backward extension frame that actuates said gas lever to release fuel gas from said fuel gas container when said actuating strip is activated by a user depressing said control button, said control button moving said transverse control bar that is in communication with said actuating strip;
• and wherein
• when said transverse control bar is pressed from an outward position by the user to an inward position and said control button is then depressed by the user from an at-rest position to a depressed position, said extension frame of said control button moves under said control bar such that said control bar is moved from a first position in said first sliding way of said extension frame to a second position in said second sliding way of said extension frame, said control bar is then returned to said outward position by a force exerted by a compression spring contained in one of said flanges of said holder frame, said control bar thereby locking said control button and said actuating strip in position so as to maintain a constant flow of said fuel gas from said fuel container, and wherein
• said control button and said actuating strip are released by the user again depressing said control bar such that said control button returns to said at-rest position, thereby lowering said actuating strip to stop the flow of fuel gas.