Closed automobile exterior trimming cover type large-tension locking switch
A closed and automotive technology, which is applied in vehicle locks, electric locks, building locks, etc., can solve the problems of being unable to withstand strong pulling force, few mating surfaces, and high cost, so as to improve convenience, safety, and uniform force Effect
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Embodiment 1
[0035] see Figure 1-13 , in an embodiment of the present invention, a closed type automobile exterior cover type large pull lock lock switch includes a bottom case 1 correspondingly installed on the charging port or the fuel port or the gas filling port and a cover 2 hinged on the bottom case 1 , the bottom shell 1 is provided with an opener 6 for locking or popping the cover 2 open, the opener includes a connection shell 601 fixed on the bottom shell 1, and a guide hanging shell that is telescopic inside the connection shell 601 603, the connecting shell 601 is provided with a hole c608, the inner wall of the hole c608 is rotatably connected with a rotating shaft 615, the inner side of the rotating shaft 615 is fixed with a swing block 614, and above the swing block 614 is provided with a shrapnel 611, so The two ends of the shrapnel 611 are respectively fixed with a first hanging post 612 and a second hanging post 613, the guide hanging shell 603 is sleeved in the connection ...
Embodiment 2
[0054] Such as Figure 14As shown, the difference from Embodiment 1 is that the guide groove includes a starting guide groove 6034, a hanging block groove 6031, a second step 6035, a locking and hanging platform 6033 and a first step 6032, wherein the second step 6035, the second step There is a height difference between the third step 6036 and the first step 6032 in turn. There is no step between the second step 6035 and the first step 6032. If no steps are made, the cylinder can be cut by the upper slope to unlock in the next sequence. The steel sheet will not deform when locking, and the hanging shell can be subjected to a greater pulling force than 50N, when the pulling force continues to increase, the hanging case will be pulled apart, the switch will not be damaged, and can continue to be used. damaged. When the strong pulling force is greater than 50N and less than 100N, the post is forcibly pulled apart from the locking step after deformation.
[0055] It can be und...
Embodiment 3
[0057] Such as Figure 15 As shown, the difference between this embodiment and Embodiment 1 is that the guide groove includes a starting guide groove 6034, a hanging block groove 6031, a second step 6035, a locking and hanging platform 6033, a third step 6036 and a first step 6032, wherein there is a height difference between the second step 6035, the third step 6036 and the first step 6032, and the cover plate 605 is provided with a second limiting step 6052 on the side close to the guide hanging shell 603. When in use, during the unlocking and locking process of the switch, the stroke of the charging port and fuel port should not be greater than 3mm. When the hanging shell is pressed down, the second hanging column 613 does not move, which is relatively an upward movement process. The second hanging column 613 can enter the hanging point or unlock and leave the groove as long as the second hanging column 613 is cut by the upper inclined surface to exceed the edge of the step...
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