초록 ▼

A system rack configured to house rack-mount modules comprising a support structure; a rack-mount module slidingly mounted within the support structure; a carrier rail system slidingly supporting the module and comprising a pair of linear slides each secured to the support structure on opposing side

A system rack configured to house rack-mount modules comprising a support structure; a rack-mount module slidingly mounted within the support structure; a carrier rail system slidingly supporting the module and comprising a pair of linear slides each secured to the support structure on opposing sides of the module, each linear slide comprising a stationary slide rail fixed to the support structure and one movable slide rail linear translatable relative to the stationary slide rail and fixed to the module; and a user-controllable latching mechanism operatively coupled to the module to releasably restrain the module in at least one position relative to the support structure.

대표청구항 ▼

What is claimed is: 1. A system rack configured to house rack-mount modules comprising: a support structure; a carrier rail system slidingly supporting a module, the carrier rail system comprising: at least a first and a second linear slide each secured to the support structure on opposing sides of

What is claimed is: 1. A system rack configured to house rack-mount modules comprising: a support structure; a carrier rail system slidingly supporting a module, the carrier rail system comprising: at least a first and a second linear slide each secured to the support structure on opposing sides of the module, wherein the first and second linear slide each comprise: a stationary slide rail fixed to the support structure, wherein the stationary slide rail comprises an aperture; a movable slide rail linear translatable relative to the stationary slide rail and fixed to the module; and a movable latching member coupled to the movable slide rail, wherein the movable latching member comprises a flat spring and a protrusion formed on a proximal end of the flat spring, wherein the flat spring is shaped such that the protrusion is biased away from the movable slide rail and toward the stationary slide rail; and wherein the aperture of the stationary slide rail is configured to latchingly receive the protrusion to latch the latching member and wherein the aperture lies within a plane that is substantially parallel to a line of translation of the movable slide rail; wherein when the protrusion is aligned with the aperture, the biased flat spring advances the protrusion into the aperture to releasably restrain the module in an interior position in the support structure, and wherein the movable latching member further comprises a user-accessible handle disposed on a proximal end of the flat spring, wherein lateral adjustment of the handle away from its biased position causes the protrusion to retract from the aperture, thereby unlatching the latching member. 2. The system rack of claim 1, wherein the first and second linear slides each further comprise an intermediate slide rail, telescopically coupled to the stationary slide rail and the movable slide rail. 3. The system rack of claim 1, wherein the support structure comprises opposing sets of vertical posts, wherein the module is slidingly mounted between the opposing sets of posts, and wherein each linear slide is secured to one of the opposing sets of vertical posts, so as to mountingly receive the module. 4. The system rack of claim 3, wherein the carrier rail system further comprises: a pair of carrier rail brackets mounted between two posts of each set of opposing sets of posts, each carrier rail bracket configured to attach to and support one of the linear slides. 5. The system rack of claim 1, wherein the movable latching member is operatively disposed on a proximal end of the movable slide rail. 6. The system rack of claim 1, wherein the user-accessible handle extends outward beyond a front face of the module and is fixed to the movable slide rail for moving the latching member between latched and unlatched positions and for sliding the moveable slide rail with respect to the stationary slide rail. 7. The system rack of claim 1, wherein the latching member latches automatically in response to placing the module in the restrained position. 8. The system rack of claim 1, wherein the rack-mount module is a server blade system. 9. A carrier rail system releasably securing a module slidingly mounted in a support structure, comprising: at least one linear slide comprising: a stationary slide rail fixed to the support structure, wherein the stationary slide rail comprises an aperture; a movable slide rail linear translatable relative to the stationary slide rail and fixed to the module; and a movable latching member coupled to the movable slide rail, wherein the movable latching member comprises a flat spring and a protrusion formed on a proximal end of the flat spring, wherein the flat spring is shaped such that the protrusion is biased away from the movable slide rail and toward the stationary slide rail; and wherein the aperture of the stationary slide rail is configured to latchingly receive the protrusion to latch the latching member and wherein the aperture lies within a plane that is substantially parallel to a line of translation of the movable slide rail; wherein when the protrusion is aligned with the aperture, the biased flat spring advances the protrusion into the aperture to releasably restrain the module in an interior position in the support structure; and wherein the movable latching member further comprises a user-accessible handle disposed on a proximal end of the flat spring, wherein lateral adjustment of the handle away from its biased position causes the protrusion to retract from the aperture, thereby unlatching the latching member. 10. The carrier rail system of claim 9, wherein the at least one linear slide further comprises: an intermediate slide rail, telescopically coupled to the stationary slide rail and the movable slide rail. 11. The carrier rail system of claim 9, wherein the carrier rail system further comprises: at lease one carrier rail bracket configured to be mounted between two posts of the support structure and to attach to and support one of the linear slides. 12. The carrier rail system of claim 9, wherein the movable latching member is operatively disposed on a proximal end of the movable slide rail. 13. The carrier rail system of claim 9, wherein the user-accessible handle extends outward beyond a front face of the module and is fixed to the movable slide nil for moving the latching member between latched and unlatched positions and for sliding the moveable slide rail with respect to the stationary slide rail. 14. The carrier rail system of claim 9, wherein the latching member is configured to latch automatically in response to placing the module in the restrained position.