Computer component ejector mechanism
An ejector mechanism for removing a computer component from a computer housing is disclosed. The computer component may be an energy storage module that includes a first electrical connector that connects the energy storage module to a second electrical connector on a back plane printed circuit board. The ejector assembly is actuated at a location remote from the energy storage module to engage the energy storage module. The ejector assembly partially ejects the module from the housing and disconnects first and second electrical connector parts.
1. A cabinet for a computer system comprising:
a housing;
a selectively removable module in the housing;
a first electrical connector secured to the module;
a second electrical connector secured within the housing; and
an ejector assembly including an ejector having a first portion that engages the module and a second portion that is actuated at a location that is remote from the module to disengage the module and separate the first and second connectors, wherein the ejector comprises an elongate rigid member that is secured to the housing to reciprocally slide relative to the housing and disconnect the first and second electrical connectors, and wherein first and second guide members sandwich the ejector.
2. The cabinet for a computer system of claim 1 wherein one of the guide members has a guide flange that defines a linear guide edge.
3. The cabinet for a computer system of claim 1 wherein first and second guide members each have a smooth surface that engage opposite sides of the ejector as the ejector is shifted when the ejector assembly is used to eject the module and separate the first and second connectors.
4. The cabinet for a computer system of claim 1 wherein the ejector defines an elongated slot that extends lengthwise in the ejector and that receives a guide feature of one of the guide members.
5. The cabinet for a computer system of claim 1 wherein the second connector is attached to a printed circuit board that is assembled within the housing.
6. A cabinet for a computer system comprising: a housing; a selectively removable module in the housing; a first electrical connector secured to the module; a second electrical connector secured within the housing; and an ejector having a first portion that engages the module and a second portion that is actuated at a location that is remote from the module to disengage the module and separate the first and second connectors; and a handle on the second portion of the ejector that is used to manually actuate the ejector assembly.
7. A server comprising:
a housing;
a first electrical connector part fixedly secured to the housing;
an energy storage module in the housing and having a second electrical connector part that is received by the first electrical connector part; and
an ejector assembly having a first portion that engages the energy storage module and a second portion that has a manually operated actuator at a location that is remote from the energy storage module for disengaging the first and second electrical connectors and sliding the energy storage module from the housing, an elongate rigid slide that is secured to the housing to slide relative to the receptacle, and wherein first and second guide members sandwich the slide.
8. The server of claim 7 wherein one of the guide members has a flange that defines a linear guide edge.
9. The server of claim 7 wherein the guide members have facing smooth surfaces that engage opposite sides of the slide that facilitate the sliding movement of the slide as the ejector assembly is used to separate the energy storage module from the housing.
10. The server of claim 7 wherein the slide defines an elongated slot that extends lengthwise in the slide and receives a protrusion of one of the guide members.
11. The server of claim 7 wherein the first electrical connector part is attached to a printed circuit board that is attached to the housing.