Variable-wind-direction hot air gun for electronic information engineering and using method of variable-wind-direction hot air gun
A technology of electronic information and heat gun, which is applied in the direction of air heaters, fluid heaters, lighting and heating equipment, etc. It can solve the problems of component virtual soldering, the worst components and circuit boards, and component boards that cannot be removed by heat, so as to achieve both Practical, easy-to-switch effects
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Embodiment 1
[0038] A variable wind direction hot air gun head for electronic information engineering, including a hot air blower body 1 and an air nozzle tube 2 on the hot air blower body 1, and a variable wind direction component 3 is threadedly connected to the air outlet end of the air nozzle tube 2, which is convenient for later operation replacement and disassembly;
[0039] The variable wind direction component 3 includes a variable wind direction head 4 and a variable direction adjustment component 5 matched therewith;
[0040] The variable wind direction head 4 includes an air intake part 4-1, a variable wind guide part 4-2 and a force ring 4-3, the air intake part 4-1 and the variable wind guide part 4-2 are spherical, and the variable wind guide part The part 4-2 is sleeved on the variable air guide part 4-2 and can rotate coaxially. The air inlet part 4-1 has an air inlet and a first outlet 4-4, wherein the air inlet is threaded with the air nozzle pipe 2, and the variable guid...
Embodiment 2
[0045] A heat gun with a variable wind direction for electronic information engineering, comprising a heat gun body 1 and an air nozzle tube 2 on the heat gun body 1, external threads are distributed on the outer circumferential surface of the air outlet end of the air nozzle tube 2, and the threaded connection has The variable wind direction assembly 3; the variable wind direction assembly 3 includes the variable wind direction head 4 and the variable direction adjustment assembly 5 matched therewith; the variable wind direction head 4 includes the air inlet part 4-1, the variable wind direction part 4-2 and the force bearing Ring 4-3, the air inlet part 4-1 has an air inlet and a first outlet 4-4, the variable air guide part 4-2 has a second outlet 4-5, and the second outlet 4-5 matches the first outlet 4- 4 to form an air discharge channel; wherein a fastening structure is adopted between the variable air guide part 4-2 and the air inlet part 4-1, and the variable air guide ...
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