Power supply wiring apparatus
The application relates to a power supply wiring apparatus. A panel is disposed as a structure that may slide up and down relative to a base, and a wire and/or a connector cap are/is neatly disposed in a box cavity between the panel and the base; for the power supply wiring apparatus of the application, the distance between the panel and the base may be adjusted according to the depth of a wiring box, so as to adapt to wiring boxes of different depth sizes, which ensures that the power supply wiring apparatus may be installed in the wiring box together with a dimmer supply power, meanwhile, the capacity of the box cavity between the base and the panel may be adjusted according to actual wiring needs, which ensures that the wire and connector cap may be completely placed in the box cavity.
1 . A power supply wiring apparatus, comprising:
a base, which is fixedly installed on a rear shell of a power supply;
a panel, which slidably covers the base, a wiring hole is formed in the panel, and a box cavity is formed between the panel and the base; wherein
a sliding kidney-shaped hole along the vertical direction is disposed on a side wall of the base, an installing post is disposed on the panel, and the installing post may penetrate into the sliding kidney-shaped hole and is closely matched with the sliding kidney-shaped hole;
wherein an outer diameter size of the installing post is greater than or equal to a width size of the sliding kidney-shaped hole;
wherein two sliding kidney-shaped holes are available, which are respectively disposed on two opposite side walls of the base in a staggered mode.
2 . The power supply wiring apparatus according to claim 1 , wherein limiting holes are formed in both the upper end and a lower end of the sliding kidney-shaped hole, and a aperture of the limiting hole is greater than the width size of the sliding kidney-shaped hole and also greater than the outer diameter size of the installing post.
3 . The power supply wiring apparatus according to claim 1 , wherein a turnover cover is hinged on the panel, and the turnover cover may rotate relative to the panel until it is covered horizontally or opened vertically with the panel.
4 . The power supply wiring apparatus according to claim 3 , wherein a hinge hole is formed in the panel, a hinge column which may be disposed in the hinge hole in a penetrating mode is disposed on the turnover cover, an inner protrusion is formed on an upper portion of the panel, and the turnover cover may rotate till being horizontally lapped on the inner protrusion.
5 . The power supply wiring apparatus according to claim 3 , wherein a partition plate is disposed in a middle of the panel, two spaced limiting grooves are disposed in the partition plate, a limiting protrusion is disposed at the end, close to the partition plate, of the turnover cover, the limiting protrusion may rotate between the two limiting grooves along with the turnover cover, and the limiting protrusion is pressed to generate elastic deformation in the rotating process.
6 . The power supply wiring apparatus according to claim 5 , wherein two turnover covers are available, which are symmetrically disposed on two sides of the partition plate, respectively, one semi-circular gap is formed at one end of the turnover cover, the other semi-circular gap is formed in the panel, and the two semi-circular gaps define the wiring hole after the turnover cover rotates to the horizontal state.