CN2525769Y

CN2525769Y - Slide rail structure

Info

Publication number: CN2525769Y
Application number: CN 02215056
Authority: CN
Inventors: 施水源
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-01-09
Filing date: 2002-01-09
Publication date: 2002-12-11
Anticipated expiration: 2012-01-09

Abstract

The utility model provides a slide rail structure and relates to a server case cabinet component, which mainly solves the technical problems such as assembly of cases of different specification. The corresponding technical proposal of the utility model is that: the slide rail structure comprises a first and a second slide bodies; a slide space is arranged on the first slide body and can be connected with the second slide body; connecting parts connected the inside of the case cabinet are arranged on one end of the first slide body and the second slide body; the cases of different specifications can be arranged inside the case cabinet after an extending part of the second slide body is connected with the cases of different specifications. The utility model is suitable for case cabinets of various types.

Description

Sliding rail structure

Technical field:

The utility model relates to a kind of server cabinet group spare, particularly a kind of slide rail of winding casing.

Background technology:

Known, tradition is applied to watch the sliding rail structure of device cabinet cabinet, setting up one earlier prior to assembling place of cabinet cabinet internal preset industrial computer main frame when mounted is positioned on the cabinet cabinet reference column, use and to be connected on the sliding rail structure for industrial server, can on sliding rail structure, make to extract start and support effect for server.

Because the commercial power brain server that above-mentioned gained is carried only highly is divided into 1U, 2U or 4U specification limits with regard to it at present, different for its inner spare part of user because of configuration and quantity, the industrial server cabinet length that each manufacturer released is all inequality, for the server rack of collocation, its design length also must change thereupon equally.Therefore, above-mentioned traditional sliding rail structure and reference column just must be in response to modification designs such as server cabinet tank bracket body cut, because the length change is to belong to ordinary affair, when so often manufacturer completes server cabinet cabinet, often need measure sliding rail structure and reference column length again and do secondary operations or making again, cause cost of manufacture to increase; For the user, the situation in case single sliding rail structure or reference column are damaged, it is to adopt batch set pattern to make that this part is got the raw materials ready, and often causes no same size and can't change, and allows user and manufacturer are all quite tired scratches.

Secondly, configuration relation for the industrial server of arranging in pairs or groups, reference column of being arranged in pairs or groups and slide rail also need be done suitable height change, therefore the traditional fabrication mode is to offer to supply reference column and server machine to make the displacement slot of Height Adjustment in two newel posts of server cabinet cabinet, the user must locate host computer after measuring the host computer assembling position again, upward offering a displacement slot that moves for reference column because of need more except that manufacturing increases the cost of manufacture, the user is also caused the inconvenience of operation measurement.

Summary of the invention:

The technical problems to be solved in the utility model is, a kind of improved sliding rail structure is provided, and it can solve the problem of above-mentioned existence, with more easy structure, and the server cabinet of winding different specification size.

The technical scheme that solves the problems of the technologies described above employing is, one first slide mass, its upper limb place undertakes one first kink, the adjustment hole that has at least more than one on first kink, undertake at least more than one second kink at the first slide mass lower edge, form a sliding space between second kink and first kink, undertake the 3rd kink of a winding cabinet at the another side of the first slide mass lower edge, end at first slide mass undertakes an extension, has a group connecting part and a depressed part on the extension; One second slide mass, be to be articulated in sliding space, its upper limb place undertakes one the 4th kink, and lower edge undertakes one the 5th kink, fourth, fifth kink is articulated in first and second kink, undertakes an extension at an end of second slide mass, and the extension is provided with at least more than one hole, end in the extension undertakes a group connecting part, and group connecting part has at least more than one hole.

First and second slide mass structure of the utility model can be configured in the cabinet of different specification size cabinet cabinet inside, allows the various machine works of user's may command periphery, and it is simple in structure.

Description of drawings:

Fig. 1 is that the utility model sliding rail structure axle is surveyed schematic diagram.

Fig. 2 is that the utility model sliding rail structure axle is surveyed decomposing schematic representation.

Fig. 3 is that another over glaze of Fig. 1 is surveyed schematic diagram.

Fig. 4 is the utility model slide rail adjustment action schematic diagram.

Fig. 5 is the utility model slide rail schematic top plan view.

Fig. 6 is that the utility model slide rail and cabinet group connect axle survey schematic diagram.

Fig. 7 is that the utility model slide rail and cabinet winding axle are surveyed schematic diagram.

Fig. 8 is that the following cabinet winding axle of the utility model slide rail and 2U is surveyed schematic diagram.

Fig. 9 is that the above cabinet winding axle of the utility model slide rail and 3U is surveyed schematic diagram.

Figure 10 is that the utility model slide rail and the short cabinet winding axle of length are surveyed schematic diagram.

Figure 11 is that another slide rail of the utility model and the short cabinet winding axle of length are surveyed schematic diagram.

Figure 12 is that the utility model slide rail and the long cabinet winding axle of length are surveyed schematic diagram.

Embodiment:

With reference to sliding rail structure shown in Fig. 1,2,3, include: second slide mass 2 that one first slide mass 1 and is articulated in aforementioned first slide mass 1 constitutes, in order to be disposed at cabinet cabinet (not shown) inside, but the server cabinet (not shown) of winding different specification size is in cabinet cabinet inside, allows the various board work of user's may command periphery.

The above-mentioned upper limb place of carrying the first slide rail body 1 undertakes one first kink 11, the adjustment hole 12 that has at least more than one on this first kink 11, and undertake at least more than one second kink 13 in first slide mass, 1 lower edge, 11 of this second kink 13 and aforementioned first kinks form a sliding space 14, and undertake the 3rd kink 15 of a winding cabinet in the another side of aforesaid first slide mass, 1 lower edge; In addition, undertake an extension 16, have a group connecting part 17 and a depressed part 18 on this extension 16, and on group connecting part 17, have the hole 19 that at least more than one can be locked in cabinet cabinet inside for group connecting part 17 in an end of first slide mass 1;

This second slide mass 2 is to be articulated in the moving space of above-mentioned slide rail, its upper limb place undertakes one the 4th kink 21, this the 4th kink 21 is provided with at least more than one hole 22, and lower edge undertakes one the

5th kink

23,21,23 of this fourth, fifth kinks are articulated in first and second above-mentioned

kink

11,13, allow the second slide rail body 2 can be, to adjust the length of slide rail in first slide mass, 1 slides within; In addition, undertake an extension 24 in one of second slide mass 2 end, but this extension is provided with the hole 25 of at least more than one winding cabinet more than 24, and one of 24 ends undertake a group connecting part 26 in the extension, and at least more than one is locked in the hole 27 of cabinet cabinet inside this group connecting part 26 for group connecting parts 26.In this way, but use the sliding rail structure that constitutes a brand-new winding server cabinet.

With reference to Fig. 4, Fig. 5, when slide rail is connected to cabinet cabinet inside, meeting spurs first and

second slide mass

1,2 of slide rail earlier each other, after treating that fixed range is adjusted, pass the adjustment hole 12 of first kink 11 with locking part 3, and with the 4th kink 21 on hole 22 locking after, the length of can fixed rack launching.

With reference to Fig. 6, after slide rail exhibition length adjustment is fixing, pass the

hole

19,27 of the

group connecting part

17,26 of

extension

16,24 with locking part 3, sliding track lock can be connected on the cabinet cabinet cylinder 4, to reach the purpose that cabinet can be installed.

With reference to 7, as shown in the figure: after slide rail set is connected to cabinet cabinet cylinder 4, but winding cabinet 5 on slide rail, when cabinet 5 windings, earlier cabinet 5 bottoms are placed in the 3rd kink 15 of first slide mass 1, and utilize locking part 3 to pass Fixed Division 51 lockings of hole 25 and cabinet 5 on the extension 24 of second slide mass 2, cabinet 5 can be locked on the slide rail.

With reference to Fig. 8, as shown in the figure: when slide rail and cabinet 6 windings below the industrial server 2U, in cabinet 6 front end winding a connection piece 7, this connector 7 also is positioned on the depressed part 18 of first slide mass 1, have on this connector 7 one with the group connecting part 71 of cabinet 6 interlockings, and another is to another group connecting part 72 that undertakes with 4 windings of cabinet cabinet cylinder, this two

group connecting part

71,72 another to more undertaking a protuberance 73, when the user must do expansion or maintenance to the hardware of cabinet 6 inside, can utilize this protuberance 73 that cabinet 6 is pulled out.

With reference to Fig. 9, as shown in the figure: when slide rail and cabinet 6 windings more than the industrial server 3U, in cabinet 6 front end winding a connection piece 8, this connector 8 is striden on the group connecting part 17 and depressed part 18 as for first slide mass 1, have on this connector 8 one with the group connecting part 81 of cabinet 6 interlockings, and another is to another group connecting part 82 that undertakes with 4 windings of cabinet cabinet cylinder, this two group connecting part 81,82 another to undertaking leader 83, when the user must do expansion or maintenance to the hardware of cabinet 6 inside, can utilize this handle 83 that cabinet 6 is pulled out.

With reference to Figure 10, as shown in the figure: cabinet 6 length of institute's winding on slide rail more in short-term, can be in drop place winding one adaptor 9 of 1,2 of first and second slide masses, this adaptor 9 is provided with at least more than one hole 91, after locking part 3 passes this hole 91, cabinet 6 can be locked on the adaptor 9.

With reference to Figure 11, as shown in the figure: cabinet 6 length of institute's winding on slide rail more in short-term, can be on the side of second slide mass 2 weight one protuberance 10, and on protuberance 10, offer at least more than one hole 101, and offer a groove 102 for ccontaining protuberance 10 on corresponding to aforesaid protuberance 10 in first slide mass 1, do length adjustment at first and

second slide mass

1,2, so aforesaid protuberance 10 is in the start groove 102.

When at the short cabinet 6 of winding length, utilize locking part 3 to pass hole 101 after.Can with cabinet 6 interlockings, be locked on the slide rail to reach the cabinet 6 that length is short.

With reference to Figure 12, as shown in the figure: when slide rail and cabinet 6 windings, when if the length of cabinet 6 far surpasses slide rail length, can on the group connecting part 26 of second slide mass 2 or cabinet cabinet cylinder 4, be connected with an extension 103, have on this extension 103 one with the group connecting part 26 of aforementioned second slide mass 2 or the group connecting part 104 of cabinet cabinet cylinder 4 windings, and group connecting part 104 1 ends undertake a Fixed Division 105, have a hole 106 affixed with cabinet 6 on this Fixed Division 105, extension 103 can allow the long cabinet 6 of length be connected on the slide rail by this.

Claims

1, a kind of sliding rail structure is to be configured in cabinet cabinet inside, but and the winding casing, it is characterized in that including:

One first slide mass (1), its upper limb place undertakes one first kink (11), the adjustment hole (12) that has at least more than one on this first kink (11), and undertake at least more than one second kink (13) in first slide mass (1) lower edge, form a sliding space (14) between this second kink (13) and aforementioned first kink (11), undertake the 3rd kink (15) of a winding cabinet at the another side of aforesaid first slide mass (1) lower edge, end at first slide mass (1) undertakes an extension (16), has a group connecting part (17) and a depressed part (18) on this extension (16);

One second slide mass (2), be to be articulated in above-mentioned sliding space (14), its upper limb place undertakes one the 4th kink (2 1), and lower edge undertakes one the 5th kink (23), this fourth, fifth kink (21), (23) then are articulated in above-mentioned first and second kink (11), (13), end at second slide mass (2) undertakes an extension (24), this extension (24) is provided with at least more than one hole (25), one of (24) end undertakes a group connecting part (26) in the extension, at least more than one hole (27) of this group connecting part (26).

2, sliding rail structure according to claim 1 is characterized in that, has at least more than one hole (19) on the group connecting part (17) of this first slide mass (1).

3, sliding rail structure according to claim 1 is characterized in that, the 4th kink (21) is provided with at least more than one hole (22).

4, sliding rail structure according to claim 1 is characterized in that, has at least more than one hole (27) on the group connecting part (26) of this second slide mass (2).

5, sliding rail structure according to claim 1, it is characterized in that, at cabinet (6) front end winding a connection piece (7), this connector (7) also is positioned on the depressed part (18), have on this connector (7) one with the group connecting part (71) of cabinet (6) interlocking, and another is to undertaking another group connecting part (72) that connects with the cabinet group, this two group connecting part (71), (72) another to more undertaking a protuberance (73).

6, sliding rail structure according to claim 1, it is characterized in that, at cabinet (6) front end winding a connection piece (8), this connector (8) is striden on the group connecting part (17) and depressed part (18) as for first slide mass (1), have on this connector (8) one with the group connecting part (81) of cabinet (6) interlocking, and another connects another group connecting part (82) to undertaking with the cabinet group, this two group connecting part (81,82) another to more undertaking leader (83).

7, sliding rail structure according to claim 1 is characterized in that, can be at drop place winding one adaptor (9) between first and second slide mass (1,2), and this adaptor (9) is provided with at least more than one hole (91).

8, sliding rail structure according to claim 1, it is characterized in that, can be on the side of second slide mass (2) punching press one protuberance (10), and on protuberance (10), offer at least more than one hole (101), and offer a groove (102) for ccontaining protuberance (10) on corresponding to aforesaid protuberance (10) in first slide mass (1).

9, sliding rail structure according to claim 1, it is characterized in that, can on the group connecting part (26) of second slide mass (2) or cabinet cabinet cylinder (4), be connected with an extension (103), have on this extension (103) one with the group connecting part (26) of aforementioned second slide mass (2) or the group connecting part (104) of cabinet cabinet cylinder (4) winding, and group connecting part (104) one ends undertake a Fixed Division (105), have on this Fixed Division (105) one with the affixed hole (106) of cabinet (6).