Supporter for electronic device
View Patent ↗A supporter includes a connecting body, a pair of supporting plates, and a pair of supporting arms. The pair of supporting plates is rotatably connected to the connecting body. The pair of supporting arms is rotatably connected to the supporting plates. When the supporter is in an open state, the pair of supporting arms are rotated to rest against each other. The pair of supporting arms and the corresponding supporting plates respectively form an angle therebetween so that the supporting arms and corresponding supporting plates are positioned in a manner to cooperatively support an electronic device. When the supporter is in a close state, the pair of supporting arms are received in the receiving chambers.
1. A supporter, for supporting an electronic device, comprising:
a connecting body;
a pair of supporting plates rotatably connected to the connecting body, each supporting plate comprising a receiving chamber; and
a pair of supporting arms respectively rotatably connected to the supporting plates; wherein:
when the supporter is in an open state, the pair of supporting arms are rotated to rest against each other, the pair of supporting arms and the corresponding supporting plates respectively form an angle therebetween so that the supporting arms and corresponding supporting plates are positioned in a manner to cooperatively support the electronic device, and
when the supporter is in a closed state, the pair of supporting arms are received in the corresponding receiving chambers.
2. The supporter of claim 1 , wherein the receiving chamber comprises a pair of positioning pins, the supporting arms are rotatably connected to the supporting plate by the positioning pins.
3. The supporter of claim 2 , wherein each supporting arm comprises a connecting arm and two rotating arms, the connecting arm is substantially perpendicularly connected between the two rotating arms and forms an inverted substantially U-shaped structure together.
4. The supporter of claim 3 , wherein the receiving chamber further comprises a pair of positioning protrusions, and an end of each rotating arm defines a first cut and a second cut spaced with each other, corresponding to one of the positioning protrusions, one of the first cut and the second cut is selectively engaged with the corresponding positioning protrusion to position the supporting arm in one of a perpendicular direction and a horizontal direction.
5. The supporter of claim 2 , wherein each supporting plate defines a plurality of first receiving slots, the first receiving slots are parallel to each other, and positioned at two sides of the supporting plate along a direction perpendicular to the connecting body.
6. The supporter of claim 5 , wherein each supporting plate further defines a plurality of second receiving slots, the second receiving slots are parallel to each other, and positioned at two sides of the supporting plate along a direction perpendicular to the connecting body.
7. The supporter of claim 1 , further comprises a positioning assembly, wherein the positioning assembly comprises a latching member, a pair of first toothed structures, and a pair of second toothed structures, the latching member is secured to the connecting body, the pair of first toothed structure is positioned on the latching member, the pair of second toothed structure is positioned on the supporting plates, the first toothed structures mesh with the second toothed structures.
8. The supporter of claim 7 , wherein the latching member comprises a fixing portion and two free ends, the two free ends are connected to two ends of the fixing portion, the pair of first toothed structures is positioned on outer surfaces of the free ends.
9. The supporter of claim 1 , further comprises a locking assembly, wherein the locking assembly comprises a fixing shaft, a locking member and a plurality of protruding blocks, the fixing shaft is secured on one of the supporting plates, the locking member is rotatably connected to the supporting plate by the fixing shaft, the protruding blocks protrude from the other of the supporting plates, each protruding block defines a latching slot, the locking member is engaged with the latching slots.
10. The supporter of claim 9 , wherein the locking assembly further comprises a fastener, the latching member defines a securing hole, one of the supporting plate defines a screw hole corresponding to the securing hole, when the locking member engages with the latching slots, the fastener is extended through the securing hole and screwed into the screw hole.
11. A supporter comprising:
a connecting body;
a pair of supporting plates rotatably connected to the connecting body;
a pair of supporting arms rotatably connected to the supporting plates, and capable of being received in the supporting plates; and
a positioning assembly, the positioning assembly comprising:
a latching member secured to the connecting body;
a pair of first toothed structures positioned on the latching member; and
a pair of second toothed structures positioned on the supporting plates meshing with the pair of first toothed structures.
12. The supporter of claim 11 , wherein the latching member comprises a fixing portion and two free ends, the two free ends are connected to two ends of the fixing portion, the pair of first toothed structures is positioned on outer surfaces of the free ends.
13. The supporter of claim 11 , wherein each supporting plate comprises a receiving chamber configured for receiving one of the supporting arms, the receiving chamber comprises a pair of positioning pins, the supporting arms are rotatably connected to the supporting plate by the positioning pins.
14. The supporter of claim 13 , wherein each supporting arm comprises a connecting arm and two rotating arms, the connecting arm is substantially perpendicularly connected between the two rotating arms and forms an inverted substantially U-shaped structure together.
15. The supporter of claim 14 , wherein the receiving chamber further comprises a pair of positioning protrusions, and an end of each rotating arm defines a first cut and a second cut spaced with each other, corresponding to one of the positioning protrusions, one of the first cut and the second cut is selectively engaged with the corresponding positioning protrusion to position the supporting arm in one of a perpendicular direction and a horizontal direction.
16. The supporter of claim 11 , wherein each supporting plate defines a plurality of first receiving slots, the first receiving slots are parallel to each other, and positioned at two sides of the supporting plate along a direction perpendicular to the connecting body.
17. The supporter of claim 16 , wherein each supporting plate further defines a plurality of second receiving slots, the second receiving slots are parallel to each other, and positioned at two sides of the supporting plate along a direction perpendicular to the connecting body.
18. The supporter of claim 11 , further comprises a locking assembly, wherein the locking assembly comprises a fixing shaft, a locking member and a plurality of protruding blocks, the fixing shaft is secured on one of the supporting plates, the locking member is rotatably connected to the supporting plate by the fixing shaft, the protruding blocks protrude from the other of the supporting plates, each protruding block defines a latching slot, the locking member is engaged with the latching slots.
19. The supporter of claim 18 , wherein the locking assembly further comprises a fastener, the latching member defines a securing hole, one of the supporting plate defines a screw hole corresponding to the securing hole, when the locking member engages with the latching slots, the fastener is extended through the securing hole and screwed into the screw hole.