System and method for removing components from a chassis
A chassis for housing a computing device of an information handling system includes an expansion card receiver. The chassis also includes an electrical receiver decoupler that partially ejects an expansion card from the expansion card receiver when an electrical connector of the expansion card is coupled to an electrical receiver of the expansion card receiver that enables the expansion card to be operably connected to a second component of the computing device. Partially ejecting the expansion card does not require the user of the chassis to physically contact the expansion card directly.
1. A chassis for housing a computing device of an information handling system, comprising:
an expansion card receiver comprising:
an electrical receiver; and
an electrical receiver decoupler adapted to partially eject an expansion card from an internal space of the expansion card receiver, wherein the electrical receiver decoupler comprises:
a first ejector adapted to receive a first force from a user of the chassis, wherein the first ejector is adapted to rotate about a pivot in response to receiving the first force from the user such that the first ejector is pushed into the internal space of the expansion card receiver to contact and push the expansion card out of the expansion card receiver, wherein a distance between the pivot and the electrical receiver remains constant while the expansion card is partially ejected,
wherein partially ejecting the expansion card does not require the user of the chassis to directly physically contact the expansion card.
2. The chassis of claim 1 , wherein applying the first force causes the first ejector to apply a second force that is continuous with the first force to a first portion of the expansion card.
3. The chassis of claim 2 , wherein the first force received from the user is not directed in a removal direction of the expansion card.
4. The chassis of claim 3 , wherein the second force is directed in the removal direction.
5. The chassis of claim 2 , wherein the electrical receiver decoupler further comprises:
a second ejector disposed on the expansion card receiver,
wherein the first ejector and the second ejector are separated from each other by the electrical receiver.
6. The chassis of claim 5 , wherein the second ejector is adapted to receive a third force from the user of the chassis and apply a fourth force that is continuous with the third force to a second portion of the expansion card.
7. The chassis of claim 6 , wherein the second force and the fourth force are in a same direction.
8. The chassis of claim 6 , wherein the first force and the third force are in opposite directions to each other.
9. The chassis of claim 1 , wherein partially ejecting the expansion card comprises:
decoupling an electrical connector of the expansion card from the electrical receiver; and
retaining a portion of the expansion card in a housing of the expansion card receiver.
10. The chassis of claim 9 , wherein the housing comprises an aligner adapted to prevent misalignment of the portion of the expansion card after the expansion card is partially ejected from the expansion card receiver.
11. The chassis of claim 9 , wherein decoupling the electrical connector from the electrical receiver mechanically and electrically isolates the electrical connector from the electrical receiver.
12. An expansion card receiver, comprising:
an electrical receiver adapted to reversibly operably connect to an expansion card; and
an electrical receiver decoupler adapted to partially eject the expansion card from an internal space of the expansion card receiver, wherein the electrical receiver decoupler comprises:
a first ejector adapted to receive a first force from a user, wherein the first ejector is adapted to rotate about a pivot in response to receiving the first force from the user such that the first ejector is pushed into the internal space of the expansion card receiver to contact and push the expansion card out of the expansion card receiver, wherein a distance between the pivot and the electrical receiver remains constant while the expansion card is partially ejected,
wherein partially ejecting the expansion card does not require the user to directly physically contact the expansion card.
13. The expansion card receiver of claim 12 , wherein applying the first force causes the first ejector to apply a second force that is continuous with the first force to a first portion of the expansion card.
14. The expansion card receiver of claim 13 , wherein the first force received from the user is not directed in a removal direction of the expansion card.
15. The expansion card receiver of claim 14 , wherein the second force is directed in the removal direction.
16. The expansion card receiver of claim 13 , wherein the electrical receiver decoupler further comprises:
a second ejector disposed on the expansion card receiver,
wherein the first ejector and the second ejector are separated from each other by the electrical receiver.
17. A method of removing an expansion card from an internal space of an expansion card receiver, comprising:
applying, by a user, a first force to a first ejector of the expansion card receiver, wherein the first ejector is adapted to rotate about a first pivot in response to the first force;
applying, by the user, a second force to a second ejector of the expansion card receiver, wherein the second ejector is adapted to rotate about a second pivot in response to the second force;
applying, using the first ejector, a third force to a first portion of the expansion card; and
while applying the third force:
applying a fourth force to a second portion of the expansion card,
wherein the third force and the fourth force are applied without direct physical contact between the user and the expansion card,
wherein a distance between the first pivot and an electrical receiver of the expansion card receiver remains constant while the expansion card is partially ejected,
wherein a distance between the second pivot and the electrical receiver of the expansion card receiver remains constant while the expansion card is partially ejected,
wherein the first force pushes the first ejector into the internal space of the expansion card receiver and the second force pushes the second ejector into the internal space of the expansion card receiver such that the first ejector and the second ejector contact and push part of the expansion card receiver, and
wherein the third force is applied to the first portion of the expansion card when the first ejector pushes against the first portion of the expansion card within the internal space of the expansion card receiver, and
wherein the fourth force is applied to the second portion of the expansion card when the second ejector pushes against the second portion of the expansion card within the internal space of the expansion card receiver.
18. The method of claim 17 , wherein the first force and the second force are directed in opposite directions.
19. The method of claim 18 ,
wherein the third force and the fourth force are directed in the same direction, and
wherein the third force is continuous with the first force and the fourth force is continuous with the second force.