Rotary charging plug structure of a charger
First Claim
1. A rotary charging plug structure of a charger, comprising:
- an upper lid to be matched with a lower lid so as to receive a circuit board therein;
a lower lid being provided with a receiving chamber therein for receiving a blade base, the receiving chamber being provided on each of opposing sides thereof with a U-shaped notch for receiving a shaft, the U-shaped notch and an inner wall of the receiving chamber jointly forming a groove for receiving a conductive plate, the receiving chamber being provided with an urging portion at an upper end and a retaining portion at a lower end thereof for urging against a stop block of the blade base and for retaining unto a flange of the rear lid;
a blade base being provided with two blades at a front end thereof, and the shafts at each of opposing ends thereof, the shafts being each formed with an annular grove at a top end thereof, wherein the blade base is made by integrally riveting the blades to the shafts and includes the two stop blocks and a protruding block;
two conductive plates being wired to the circuit board, each of the conductive plates being provided at a front end thereof with a semi-circular through-hole for being riveted to the annular groove of the shaft; and
a rear lid covering and urging against the blade base after placing the blade and the conductive plates into the receiving chamber, the rear lid being provided with a through-hole at each of opposing ends thereof, through which through-holes the conductive plates penetrate, the rear lid including a guide block at a center thereof to allow sliding movement of the protruding block of the blade base, each of the through-holes and the guide block being provided with a push block therebetween for urging against the shafts;
whereby the blades can be rotated within a 90°
range, the blades are prevented from disengagement upon experiencing a frontal or a lateral impact, failure caused by environmental humidity is eliminated, and the manufacturing and assembly cost is reduced.
1 Assignment
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Accused Products
Abstract
This invention is related to a rotary charging plug structure of a charger, having: an upper lid to be matched with a lower lid so as to receive a circuit board therein, the lower lid being provided with a receiving chamber therein for receiving a blade base. The blade base is provided with two blades and shafts at each of opposing ends thereof. The shafts are each formed with an annular grove at a top end thereof for being integrally riveting to the shafts and includes the two stop blocks and a protruding block. The rear lid covers and urges against the blade base after placing the blade and the conductive plates into the receiving chamber. The rear lid includes a guide block at a center thereof to allow sliding movement of the protruding block of the blade base. Each of the through-holes and the guide block are provided with a push block therebetween for urging against the shafts. As such, the blades can be rotated within a 90° range. Further, the blades are prevented from disengagement upon experiencing a frontal or a lateral impact. This invention is also simple in its structure so as to reduce the manufacturing and assembly cost.
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Citations
6 Claims
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1. A rotary charging plug structure of a charger, comprising:
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an upper lid to be matched with a lower lid so as to receive a circuit board therein;
a lower lid being provided with a receiving chamber therein for receiving a blade base, the receiving chamber being provided on each of opposing sides thereof with a U-shaped notch for receiving a shaft, the U-shaped notch and an inner wall of the receiving chamber jointly forming a groove for receiving a conductive plate, the receiving chamber being provided with an urging portion at an upper end and a retaining portion at a lower end thereof for urging against a stop block of the blade base and for retaining unto a flange of the rear lid;
a blade base being provided with two blades at a front end thereof, and the shafts at each of opposing ends thereof, the shafts being each formed with an annular grove at a top end thereof, wherein the blade base is made by integrally riveting the blades to the shafts and includes the two stop blocks and a protruding block;
two conductive plates being wired to the circuit board, each of the conductive plates being provided at a front end thereof with a semi-circular through-hole for being riveted to the annular groove of the shaft; and
a rear lid covering and urging against the blade base after placing the blade and the conductive plates into the receiving chamber, the rear lid being provided with a through-hole at each of opposing ends thereof, through which through-holes the conductive plates penetrate, the rear lid including a guide block at a center thereof to allow sliding movement of the protruding block of the blade base, each of the through-holes and the guide block being provided with a push block therebetween for urging against the shafts;
whereby the blades can be rotated within a 90°
range, the blades are prevented from disengagement upon experiencing a frontal or a lateral impact, failure caused by environmental humidity is eliminated, and the manufacturing and assembly cost is reduced.- View Dependent Claims (2, 3, 4, 5, 6)
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Specification