Integrated detection glue filling line

Abstract

The invention discloses an integrated detection glue filling line comprising a conveying line; the conveying line is provided with a tray for carrying a control board; the conveying line is provided with a plurality of detecting devices sequentially arranged in the conveying direction and a glue filling device arranged at the end of the conveying line; the detection device comprises a tooling frame, the tooling frame is provided with a pressing mechanism and a detection box, the pressing mechanism comprises a guiding column vertically arranged on the tooling frame and a pressing plate in sliding fit with the guiding column, the pressing plate is provided with a pressing head, a placing plate is arranged on the tooling frame, the placing plate is used for placing a to-be-detected control board, and the placing plate is provided with a through slot for a pin to pass through; the glue filling device comprises a glue filling platform, a box body is arranged on one side of the glue fillingplatform, a translation mechanism is arranged above the glue filling platform, the translation mechanism is provided with a glue pushing head assembly and a locking mechanism, a glue barrel group, a gear pump and a vacuum pump are arranged in the box body, and a supplementing glue barrel group is arranged outside the box body. According to the integrated detection glue filling line in the invention, a detection process and a glue filling process of the control board can be continuously carried out.

Description

technical field [0001] The invention relates to the field of intelligent toilet control boards, in particular to an integrated detection glue filling line. Background technique [0002] With the continuous progress and development of science and technology, smart toilets also appear. The "intelligence" of smart toilets is mainly reflected in the functions of automatic flushing and body cleaning. The control panel is an indispensable component in smart toilets. The inspection of the toilet control panel and the glue filling quality are particularly important. In the production line of the smart toilet, the control panel of the toilet needs to be inspected, and the glue should be filled after the inspection. In the existing production line, only a single inspection process or glue filling can usually be realized. The process cannot meet the continuous detection and glue filling of the control board, and most of the glue filling machines in the prior art are two-component A glu...

AI Technical Summary

Problems solved by technology

[0002] With the continuous progress and development of science and technology, smart toilets also appear. The "intelligence" of smart toilets is mainly reflected in the functions of automatic flushing and body cleaning. The control panel is an indispensable component in smart toilets. The inspection of the toilet control panel and the glue filling quality are particularly important. In the production line of the smart toilet, the control panel of the toilet needs to be inspected, and the glue should be filled after the inspection. In the existing production line, only a single inspection process or glue filling can usually be realized. The process cannot meet the continuous detection and glue filling of the control board, and most of the glue filling machines in the prior art are two-component A glue and B glue, although different glue can be mixed and glued , but the glue is not mixed evenly, and during the glue filling process, the glue head needs to move back and forth with the conveying line and fill the control board on the pallet. Accurate phenomenon, when replenishing the rubber, usually manually carry the rubber bucket full of rubber and pour the rubber into the rubber bucket to be filled, which is difficult to operate, resulting in reduced efficiency and waste of manpower. At the same time, the current The detection method is usually to extract the control board to be tested, connect the corresponding load to the load drive interface of the control board to be tested, and then control the start and stop of the corresponding load through the control board to be tested, and then judge the performance of the load drive interface of the control board to be tested. This detection method is complex and requires a corresponding load, which makes the detection process cumbersome and prone to omissions. At the same time, the existing detection method is not convenient for detecting the static loss of the control board to be tested.

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