Front mold core adjusting mechanism of cross-flow fan blade
A cross-flow air blade and adjustment mechanism technology, which is applied to household appliances, other household appliances, household components, etc., can solve the problem that the welding recesses 200 cannot match each other, affect the welding accuracy of the cross-flow air blade finished welding part 300, and the cross-flow air blade finished product Problems such as low production pass rate
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no. 1 example
[0033] see Figure 1-Figure 8 , the front mold core adjustment mechanism of the cross-flow fan blade, including the front mold core 7, the front mold base 13 and the mold seat plate 14, is characterized in that: the front mold base 13 is arranged on the mold base plate 14, and the front mold core 7 It is arranged between the front mold base 13 and the mold base plate 14, and is provided with a mold cavity 20 matching with the fan blade semi-finished welding recess 200; the front mold base 13 or the mold base plate 14 is provided with Adjusting member, the adjusting member is positioned and rotated on the front mold base 13 or the mold seat plate 14, and is driven and connected with the front mold core 7 when positioning and rotating, and the front mold core 7 is driven and rotated on the front mold base 13 by the adjustment member. And between the mold base plate 14.
[0034] There is an adjusting member positioned and rotated on the front mold base 13 or the mold base plate ...
no. 2 example
[0052] see Figure 9-Figure 12 , the front mold core adjustment mechanism of the cross-flow fan blade is different from the first embodiment in that: the adjustment member is an adjustment gear 16, and one end is provided with an adjustment function part 21, and the periphery is provided with a tooth part 24; The side of the front mold core 7 is provided with a tooth fitting part 25, and the tooth fitting part 25 is engaged with the tooth part 24 for transmission.
[0053] The action part 21 is adjusted by a tool or manually, and the driving adjustment gear 16 is positioned and rotated on the front mold base 13. When the adjustment gear 16 is positioned and rotated, the front mold core 7 is driven to rotate by the engagement of the tooth portion 24 and the tooth matching portion 25. Between the front mold base 13 and the mold seat plate 14.
[0054] Specifically, the regulating action part 21 of the regulating gear 16 is designed as an inner hexagon, which is used to cooperat...
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