Multifunction drawer type soldering iron wiping stand

Abstract

The invention relates to the technical field of soldering iron stands, in particular to a multifunction drawer type soldering iron wiping stand. The stand comprises a frame and an absorbent foam. A soldering iron placing hole is arranged on the upper end face of the frame. A solder splash box and a water containing box, which can be drawn out along the front end of the frame, are glidingly arranged in the frame from top to bottom and are of drawer type structure in the frame. The absorbent foam is arranged in the solder splash box. The soldering iron is inserted from the soldering iron placing hole under the non-working state. The soldering iron tips are arranged in the solder splash box. After the soldering iron is wiped on the absorbent foam under the working state, the solder splash falls into the solder splash box and the redundant left water on the absorbent foam flows into the water containing box. The stand is of composite structure, can recycle the left water, save the water resources, standardize the water content in the absorbent foam, improve the soldering tin quality and be widely applied to tin soldering sites, has multiple functions and is convenient to use, install and clean, easy to maintain and convenient for production line operation.

Description

Technical field: [0001] The invention relates to the technical field of soldering iron stands, in particular to a multifunctional drawer-type soldering iron wiping stand. Background technique: [0002] When soldering, the tip of the soldering iron must be wiped on the water-containing foam for 2 to 3 times to remove oxides on the tip of the soldering iron and facilitate soldering. If the foam is too dry, the high-temperature soldering iron tip will scald the foam, resulting in frequent replacement of foam on the production line; The product has bad phenomena such as cold welding and virtual welding. [0003] The current practice is: the workers in the factory rest on average every 2 hours. They usually use this time to rinse the foam and squeeze out the excess water with their hands. However, the time for this operation is usually less than 2 hours. If you wipe frequently, the foam will dry out. In order to avoid this situation, the operator often adds too much water to th...

AI Technical Summary

Problems solved by technology

If the foam is too dry, the high-temperature soldering iron tip will scald the foam, resulting in frequent replacement of foam on the production line; The product has bad phenomena such as cold welding and virtual welding

[0003] The current practice is: the workers in the factory rest on average every 2 hours. They usually use this time to rinse the foam and squeeze out the excess water with their hands. However, the time for this operation is usually less than 2 hours. If you wipe frequently, the foam will dry out. In order to avoid this situation, the operator often adds too much water to the foam. At this time, there are potential hidden dangers in the solder quality, and the following disadvantages exist:

[0004] 1. Squeezing foam by hand cannot guarantee the standardization of its water content, and there are serious hidden dangers in the quality of solder;

[0005] 2. The operator has no time to add water to the foam;

[0006] 3. The foam needs to be washed with running water, wasting water resources;

[0007] 4. The soldering iron stand is an integral structure, which is easy to get dirty and difficult to maintain, which brings inconvenience to maintenance

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