CN206042617U - Server machine frame - Google Patents

Abstract

The utility model discloses a server machine frame, it contains one year a pair of inner rail of dish and a pair of outer rail. Carrying the dish and having a bottom plate, the edge extension of this bottom plate goes out a pair of relative arrangement's lateral wall, the respectively protruding slip tongue that is equipped with in the outside of this lateral wall. The inner rail sets up respectively in the outside of respectively this lateral wall that corresponds, and respectively this inner rail has been offered wearing the groove by slip tongue no. 1, should wear the longitudinal extension of following this inner rail in the groove, and this slip tongue is worn to establish and is worn the groove and can follow and to wear the groove removal at this. The outer rail overlaps respectively outside this inner rail that corresponds, and the one end that respectively this inner rail can self -corresponding this outer rail outwards shifts out. The utility model discloses a server machine frame borrows provides year extra shift motion of dish by the groove of wearing on its inner rail.

Description

Server rack

Technical field

This utility model is related to server rack, particularly a kind of server rack with extra shift motion.

Background technology

Existing server apparatus generally comprise rack and are stacked the multiple drawers in rack, and drawer is usually The outer container (Chassis) of server, to accommodating main frame or hard disk in which, and drawer can be picked out and be beneficial to maintenance.By Having after drawer loading hard disk needs to be beneficial to mobile taking out with slide rail connection between suitable weight, therefore drawer and rack inwall Drawer.General slide rail includes the interior rail and outer rail for mutually wearing, and is provided with roller or ball to contact interior rail in outer rail, The resistance of rail and outer rail relative movement in so as to reducing.The shift motion of drawer is limited to the length of outer rail, and usual drawer can be matched somebody with somebody Put with rail in drawer depth identical and outer rail to obtain the shift motion of maximum, but interior rail cannot completely disengage from outer rail, because This when drawer is drawn out to stroke end, another drawer that the depth penetrale of drawer can still be stacked at thereon block and not It is easy to safeguard.

In view of this, this utility model is directed to above-mentioned prior art then, and spy concentrates on studies and coordinates the utilization of scientific principle, as possible Above-mentioned problem points are solved, the target of this utility model improvement is become.

Utility model content

The purpose of this utility model is to provide a kind of server rack with extra shift motion.

For achieving the above object, this utility model provides a kind of server rack, which includes a load plate, in one pair rail and A pair of outer rails.Load plate has a base plate, and the edge of the base plate extends the side wall of a pair of relative configurations, and respectively the outside of the side wall is convex It is provided with a cunning tenon.Interior rail is separately positioned on the outside of the corresponding respectively side wall, and respectively the interior rail is offered and one worn to should slide tenon Groove, longitudinal extension of the wears groove along the interior rail, the cunning tenon are located in the wears groove and can move along the wears groove.Outer rail is respectively sleeved in Outside the corresponding interior rail, and respectively the interior rail is capable of one end of the self-corresponding outer rail and is outwards removed.

Wherein, server rack of the present utility model, is provided with a backstop elastic arm on the outside of its at least one of side wall. The end of backstop elastic arm is bent to form to stop a barricade of interior rail.Backstop elastic arm is arranged on one end of the side wall and court Extend to the other end of the side wall.Wherein, backstop elastic arm extends towards the cunning tenon.Wherein, interior rail is offered and connects the wears groove One installing hole of one end, the aperture of the installing hole are more than the width of the wears groove.Wherein, the end of sliding tenon is provided with a stopper section, and The external diameter of the stopper section is between the aperture of the installing hole and the width of the wears groove.Wherein, backstop elastic arm end and the cunning The spacing of tenon is not more than the length of the wears groove.Wherein, interior rail is stretched out from the outer rail and the load plate stretches out from the interior rail and makes the cunning tenon Positioned at the other end of the wears groove when, the load plate be located at the outer rail length range outside.

Wherein, server rack of the present utility model, its outer rail include a guide plate, and the guide plate is in strip, the guide plate Two sides are provided with the chute of the interval configuration that is parallel to each other for a pair and the opposite configuration of this pair of chute, are respectively respectively arranged with phase in the chute A corresponding sliding sleeve, respectively the sliding sleeve protrude from the inwall of the corresponding chute respectively.Wherein, two lateral margins of interior rail are located in respectively Respectively in the sliding sleeve.Respectively the sliding sleeve is respectively formed with a trip, the trip snapping guide plate.

Wherein, server rack of the present utility model, its respectively the sliding sleeve be respectively formed with a groove portion, respectively the groove portion attaches right The inwall of the chute answered.Wherein, two lateral margins of interior rail are located in the respectively groove portion respectively.Respectively the sliding sleeve prolongs from the groove portion respectively Stretch out and on a location-plate, and the location-plate, be formed with a trip, the trip snapping guide plate.Guide plate is offered to should trip One button hole, the trip are snapped onto in the button hole.

Server rack of the present utility model provides load plate extra shift motion by the wears groove on rail in which, and makes load plate Rack or frame can be completely pulled out.

This utility model is described in detail below in conjunction with the drawings and specific embodiments, but not as to this utility model Restriction.

Description of the drawings

Schematic perspective views of the Fig. 1 for the server rack of this utility model preferred embodiment.

Partial sectional views of the Fig. 2 for the server rack of this utility model preferred embodiment.

Fig. 2 a are the partial enlarged drawing of a-quadrant in Fig. 2.

Configuration schematic diagrams of the Fig. 3 for the interior rail in the server rack of this utility model preferred embodiment.

Portion decomposing schematic representations of the Fig. 4 for the server rack of this utility model preferred embodiment.

Close-up schematic views of the Fig. 5 for Fig. 3.

Illustrative views of the Fig. 6 for the server rack of this utility model preferred embodiment.

Another illustrative views of the Fig. 7 for the server rack of this utility model preferred embodiment.

Close-up schematic views of the Fig. 8 for Fig. 7.

Wherein, reference：

100 load plates

110 base plates

111 leading edges

112 trailing edges

113 lateral margins

120 side walls

130 slide tenon

131 stopper sections

140 stop elastic arms

141 barricades

Rail in 200

210 wears grooves

220 installing holes

300 outer rails

310 guide plates

311 button holes

320 chutes

330 sliding sleeves

331 groove portions

332 location-plates

333 trips

Specific embodiment

Refering to Fig. 1, Fig. 2 and Fig. 6, preferred embodiment of the present utility model provides a kind of server rack (chassis), its Include rail 200 and a pair of outer rails 300 in a load plate 100, a pair.The occupation mode of server rack of the present utility model is Being arranged within rack or frame is used for carrying hard disk.

Refering to Fig. 1 to Fig. 3, load plate 100 has a base plate 110 to carry 100 hard disks, in the present embodiment, base plate 110 Preferably rectangle, base plate 110 there is a leading edge 111, the trailing edge 112 relative to leading edge 111 and extend in leading edge 111 with A pair of lateral margins 113 between trailing edge 112.Each lateral margin 113 is each extended over out perpendicular to 110 side wall 120 of base plate, each side wall 120 Outside be convexly equipped with respectively at least one cunning tenon 130, in the present embodiment, be preferably respectively equipped with the lateral surface of each side wall 120 Multiple sliding tenons 130, the end of sliding tenon 130 are provided with a stopper section 131.The outside of at least side wall 120 is provided with a backstop elastic arm 140, in the present embodiment, the outside of each side wall 120 is all provided with a backstop elastic arm 140.Backstop elastic arm 140 is arranged on side wall 120 one end and the other end extension towards its place side wall 120, and backstop elastic arm 140 is preferably towards its place side wall Those cunning tenons 130 on 120 extend.

Refering to Fig. 2 to Fig. 5, each interior rail 200 is separately positioned on the outside of side wall 120 corresponding on load plate 100, Yu Benshi Apply in example, the construction of each interior rail 200 is mutually all strip.Each sliding tenon 130 on the side wall 120 at each its place of the correspondence of interior rail 200 A wears groove 210, the longitudinal extension of the rail 200 all along its place of each wears groove 210 is offered respectively.Its set-up mode is, each sliding tenon 130 are located within corresponding wears groove 210 and can move along wears groove 210, whereby so that each interior rail 200 is movably set respectively Put the outside of the corresponding side wall 120 on load plate 100, and the spacing of aforementioned 140 end of backstop elastic arm and closest sliding tenon 130 The length of the wears groove 210 that tenon 130 is located is slided no more than, the end of backstop elastic arm 140 has been bent to form barricade 141, and barricade 141 is used With rail 200 in stopping, the relative movement stroke of load plate 100 and interior rail 200 is limited whereby.Correspondence thereon each on each interior rail 200 Wears groove 210 offers the installing hole 220 of one end of connection correspondence wears groove 210 respectively, and the aperture of installing hole 220 is worn more than its connection The width of groove 210, and installing hole 220 is logical one end worn away from backstop elastic arm 140.The stopper section 131 of aforementioned sliding tenon 130 External diameter is between the width of the aperture of the installing hole 220 and the wears groove 210, therefore stopper section 131 can pass through installing hole 220.When stopper section 131 passes through installing hole 220, the compression backstop of interior rail 200 elastic arm 140；After sliding tenon 130 moves into wears groove 210, Backstop elastic arm 140 rebounds and makes to slide tenon 130 and cannot move into installing hole 220 again and the shift motion of sliding tenon 130 is limited in wears groove 210 It is interior, stopper section 131 then backstop in the inner edge of wears groove 210, whereby preventing interior rail 200 from coming off from load plate 100.

Refering to Fig. 1 to Fig. 2 a and Fig. 6 to Fig. 8, outer rail 300 is used for connecting a rack or the inner side of a frame, whereby Load plate 100 is fixed within rack or frame, in the present embodiment, the structure construction of two outer rails 300 is identical.Each outer rail 300 are respectively sleeved in outside corresponding interior rail 200, and each interior rail 200 is capable of wherein one end of self-corresponding outer rail 300 and is moved out Go out.Outer rail 300 include a guide plate 310, the guide plate 310 be in strip, the edge of two sides of guide plate 310 extend have a pair it is mutual The chute 320 of parallel interval configuration, and this pair of 320 opposite configuration of chute.Be respectively arranged with each chute 320 it is corresponding extremely A few sliding sleeve 330, in the present embodiment, is all provided with multiple sliding sleeves 330 in each chute 320.Sliding sleeve 330 is made up of plastics, respectively Sliding sleeve 330 is respectively formed with a groove portion 331, and each groove portion 331 attaches the inwall of the corresponding chute 320, therefore each groove portion 331 Protrude from its chute 320 inwall.Each sliding sleeve 330 extends a location-plate 332, and the positioning from the groove portion 331 respectively An at least trip 333 is formed with plate 332, in the present embodiment, is preferably respectively formed with multiple trips on each location-plate 332 333, on guide plate 310, corresponding each trip 333 offers a button hole 311 respectively.It is right that groove portion 331 is first inserted when assembling by operating personnel The chute 320 answered, then press location-plate 332 and snap onto each trip 333 in corresponding button hole 311 respectively, be readily susceptible to whereby by Sliding sleeve 330 is attached to outer rail 300.

Refering to Fig. 2 and Fig. 2 a, the edge of two sides of interior rail 200 be located in corresponding each groove portion 331 respectively and not in contact with The inwall of the chute 320 of outer rail 300, as the skin-friction force of plastics is little compared with metal, therefore interior rail 200 is easy to relative to outer rail 300 slide.In addition to shift motion of the interior rail 200 relative to outer rail 300, the wears groove 210 of interior rail 200 allows 100 phase of load plate For interior rail 200 is moved, the extra shift motion of load plate 100 is thus provided that, nor needs to set up extra component.

Refering to Fig. 6 to Fig. 8, when interior rail 200 is stretched out from outer rail 300 and load plate 100 stretches out from interior rail 200 and makes to slide tenon 130 When the one end of wears groove 210 away from installing hole 220, load plate 100 can depart from outer rail 300 and be located at 300 length range of outer rail Outside, therefore load plate 100 can be completely pulled out of and be beneficial to maintenance.

Furthermore, make interior rail 200 be easy to slide relative to outer rail 300 by plastics sliding sleeve 330, therefore need not be in outer rail 300 arrange bulky and unit prices roller costly or ball, and not only reduces cost is also easier to install.

Certainly, this utility model can also have other various embodiments, spiritual and its essence without departing substantially from this utility model In the case of, those of ordinary skill in the art can make various corresponding changes and deformation, but these phases according to this utility model The change and deformation answered should all belong to this utility model scope of the claims.

Claims (10)

1. a kind of server rack, it is characterised in that include：

One load plate, the load plate have a base plate, and the edge of the base plate extends the side wall of a pair of relative configurations, and respectively the side wall is outer Side is convexly equipped with a cunning tenon；

Rail in one pair, is separately positioned on the outside of the corresponding respectively side wall, and respectively the interior rail offers the wears groove to sliding tenon, Longitudinal extension of the wears groove along the interior rail, the cunning tenon are located in the wears groove and can move along the wears groove；And

A pair of outer rails, are respectively sleeved in outside the corresponding interior rail, and respectively the interior rail be capable of the self-corresponding outer rail one end it is outside Remove.

2. server rack according to claim 1, it is characterised in that be provided with the outside of at least one of side wall Backstop elastic arm, the end of the backstop elastic arm are bent to form the barricade for stopping the interior rail, and the backstop elastic arm is arranged on the side wall One end and towards the side wall the other end extend.

3. server rack according to claim 2, it is characterised in that the backstop elastic arm extends towards the cunning tenon.

4. server rack according to claim 2, it is characterised in that the interior rail offers one end for connecting the wears groove One installing hole, the aperture of the installing hole are more than the width of the wears groove.

5. server rack according to claim 4, it is characterised in that the end of the cunning tenon is provided with a stopper section, and should The external diameter of stopper section is between the aperture of the installing hole and the width of the wears groove.

6. server rack according to claim 4, it is characterised in that the spacing of the backstop elastic arm end and the cunning tenon is not More than the length of the wears groove.

7. server rack according to claim 4, it is characterised in that in the interior rail stretch out from the outer rail and the load plate from When the interior rail stretches out the other end for making the cunning tenon be located at the wears groove, the load plate is located at outside the outer rail length range.

8. server rack according to claim 1, it is characterised in that the outer rail includes a guide plate, the guide plate is in strip Shape, two sides of the guide plate are provided with the chute of a pair interval configurations that are parallel to each other and the opposite configuration of this pair of chute, respectively in the chute A corresponding sliding sleeve is respectively arranged with, respectively the sliding sleeve protrudes from the inwall of the corresponding chute respectively.

9. server rack according to claim 8, it is characterised in that two lateral margins of the interior rail are located in the respectively cunning respectively In set, respectively the sliding sleeve is respectively formed with a trip, the trip snapping guide plate, and respectively the sliding sleeve is respectively formed with a groove portion, respectively should Groove portion attaches the inwall of the corresponding chute.

10. server rack according to claim 8, it is characterised in that two lateral margins of the interior rail are located in respectively respectively should In groove portion, respectively the sliding sleeve extends from the groove portion respectively and is formed with a trip on a location-plate, and the location-plate, the trip snapping The guide plate, the guide plate offer to should trip a button hole, the trip snapped onto in the button hole.