CN200965663Y - Fixing bracket - Google Patents

Abstract

The utility model provides a fixed bracket which is used to fix a server two sides of which are respectively provided with a positioning pole and a fixed hole to a rectangular stander consisting of four scaffolds which is provided with a plurality of through holes. The fixed bracket comprises a bracket body, a strengthening part which extends from the two opposite sides of the bracket body and is kinkily molding, a hinge structure which is connected to one end of the bracket body and a fixed flap which is connected with one end of the hinge structure. By the bracket body which has structure strength and by using the eversible fixed flap, the arrangement of the fixed bracket can be enhanced and the service life of the fixed bracket can be prolonged when the server is arranged on the stander.

Description

Fixed support

Technical field

The utility model relates to a kind of fixed support, and is particularly a kind of in order to the fixing fixed support of servomechanism on frame.

Background technology

The rapid increase of popularizing demand multi-functional along with computer with it, the importance of playing the part of the servomechanism of administrator role is nothing difficult, no matter be enterprise that sharply expands or the network services supplier who has consumers in general, servomechanism all must and expand needed space in response to the growth of following Internet, and single servomechanism can't satisfy enterprise or the network services supplier demand for the servomechanism capacity extensions.So, except original servomechanism, also must additionally set up servomechanism.Simultaneously, when servomechanism was set up in expansion, this servomechanism is required install and fix and manage relatively more was tending towards complicated.Hence one can see that, how to provide efficient that the technique for fixing that is easy to install servomechanism promotes installation sharply to increase in response to consumer demand, and to reduce the cost of manufacturing, and will be a following big problem that will be faced.

The mode that present existing servomechanism is fixing, all be that a plurality of servomechanisms are fixed on the rectangular cubical frame with vertical arrangement, and this frame is constituted so that a plurality of vertical types are key, therefore, when usually this servomechanism being installed, the fixed support of the collocation horizontal type of still needing, major part is to use L shaped fixed support, this servomechanism can be fixed on the frame.

See also Fig. 1, existing fixed support 100 is in order to servomechanism 200 is fixed on the frame 300.Two long relatively limits of this fixed support 100 are to be formed with the fit portion 101 that bends inwards and form a breach, reach minor face extension and outside vertically first fixed head 103 of bending, and this first fixed head 103 is to be provided with a plurality of through holes 105 from the long relatively limit of connection two of this fixed support 100.These servomechanism 200 dual-sides have reference column 201 respectively, this reference column 201 comprises a neck 2011 and head 2013, the diameter of this neck 2011 is less than the diameter of this head 2013, and just can slip in the breach of fit portion 101 2013 inboards that are placed in this fit portion 101 of this head.The rectangle cube skeleton that this frame 300 is formed for four L shaped skeleton 300a, 300b, 300c, the 300d with a plurality of through holes 301.

When using this kind technique for fixing, select two these fixed supports 100 for use in advance, and it is the fit portion 101 of two these fixed supports 100 is relative each other, and make respectively this first fixed head 103 towards corresponding this frame skeleton 300c and 300d, then, with the through hole on this first fixed head 103 respectively 105 aim at mutually should skeleton 300c and 300d on through hole 301 and pay fixing with screw 9 and nut 10 locks, so that two these fixed supports 100 are fixed on the frame 300, again this servomechanism 200 is advanced between this skeleton 300a and 300b in a horizontal manner, and the head 2013 that makes these servomechanism 200 both sides reference columns 201 is inserted in this corresponding fit portion 101 inboards, and this neck 2011 is slipped into along the breach of this fit portion 101, then, continue to advance this servomechanism 200 and make second fixed head 205 that forms from these servomechanism 200 both sides be affixed to this skeleton 300a, on the 300b, with screw 9 insert on these second fixed heads 205 a plurality of through holes 207 and mutually should skeleton 300a, through hole 301 on the 300b is also paid fixingly with nut 10 lock, this servomechanism 200 is fixed on this frame 300.

But above-mentioned support bracket fastened each one makes in metal bending mode, and its simple in structure being easy to is made, yet but derives other problem.For example, when using this fixed support, only there is the bearing of first fixed head and this frame can bear bigger weight, and the weight of this servomechanism can't on average be born in the junction of this support bracket fastened fit portion and this reference column, causes this fixed support not have preferable anchorage force and the problem that produces distortion and sink.

In addition, this fixed support is fixed in earlier on the frame, again the reference column of this servomechanism is aimed at and is slipped in this fit portion, and so that this servomechanism is fixed on the frame, and that this reference column is aimed at fit portion is difficult, certainly will cause the set-up time significantly to increase.If this fixed support is mounted on this servomechanism in advance, make this servomechanism insert frame again, because the width (being the distance of 300a and 300b) of most of frame is to be slightly larger than the width design of pre-storing servomechanism, thus, first fixed head that this fixed support extended will produce interference and collision with this frame, can't insert in a horizontal manner, and need to insert in the frame this servomechanism fixing in the inclination mode, and this frame is generally formed with L shaped angle steel, this fixed support also must be with roughly L-shaped support to be fixed on the frame, hereat, the time-consuming of installation will be caused, problems such as effort and convenience are low.

Therefore, how to develop a kind of fixed support of servomechanism, to solve the various shortcomings of above-mentioned prior art, real problem for needing to be resolved hurrily now.

The utility model content

In view of above existing shortcoming, fundamental purpose of the present utility model is to provide a kind of fixed support that has structural strength.

Another purpose of the present utility model is to provide a kind of installation fixed support easily.

A purpose more of the present utility model is to provide a kind of cooperation frame degree of depth and length-adjustable fixed support.

For reaching above-mentioned purpose and other relevant purposes, the utility model provides a kind of fixed support.This fixed support is to have the servomechanism of reference column and fixed orifice respectively to the rectangle frame of being made up of four supports with a plurality of through holes in order to fixing both sides, this fixed support comprises: rack body, be formed with for this reference column and adjust the hole in conjunction with the location of location, be formed with correspondence and fix the fixing of this fixed orifice with the hinge arrangement of boring a hole and being connected in this rack body one end, be connected with stator from this hinge arrangement one end, be located at the through hole on this stator.

Aforesaid fixed support is the made person of metal material, comprises that also being formed at the location adjusts hole and fixing with the strengthening section of boring a hole both sides and forming in the bending mode.The Kong Weiyi end is adjusted in this location has hole, big footpath and elongated hole connection to form, and this is fixing to be elongated hole with perforated portion.

This hinge arrangement is extended by this rack body one end and first articulated section and the extension of this stator one end of bending forming are also formed second articulated section of bending forming, and wear among this first articulated section and this second articulated section with the axle center, to form rotatable axial region, make the turning restriction that is not subjected to this frame width of this stator.

Fixed support of the present utility model, utilize element itself to form strengthening section with structural strength in metal bending mode, bear the weight of this servomechanism with preferable anchorage force, therefore can solve that existing fixed support does not have preferable anchorage force and the problem that causes down notch distortion, with raising component life and save cost.Simultaneously, fixed support of the present utility model, only need use a fixed support can need not to use under the extra member, can adjust suitable length with the frame that is common to the various degree of depth (hold back statement) and carry out installing and fixing of this servomechanism, and then promote cost benefit.

In addition, fixed support of the present utility model utilizes the reversible stator, can solve in the prior art because of using L shaped fixed support, and cause this fixed support can't be assembled on this servomechanism in advance, and produce the problem of interfering when inserting this frame.

Hence one can see that, uses the various shortcomings that fixed support of the present utility model can solve prior art, has the effect that structural strength supports, is convenient to install, versatility is high, the real disappearance that has overcome prior art so that provide.

Description of drawings

Fig. 1 is the support bracket fastened assembling synoptic diagram of existing servomechanism;

Fig. 2 is the support bracket fastened preferred embodiment figure of servomechanism of the present utility model;

Fig. 3 is the support bracket fastened assembling synoptic diagram of servomechanism of the present utility model;

Fig. 4 finishes figure for the support bracket fastened assembling of servomechanism of the present utility model.

Symbol description

100,7 fixed supports

101 fit portions

103 first fixed heads

105,207,301,753 through holes

200 servomechanisms

201 reference columns

2011 necks

2013 heads

203 fixed orifices

205 second fixed heads

300 frames

300a, 300b, 300c, the 300d body of rod

71 rack bodies

The hole is adjusted in 711 location

Hole, the big footpath of 711a

The 711b elongated hole

713 perforation

715 strengthening sections

73 hinge arrangements

731 first articulated sections

733 second articulated sections

75 stators

8 axle center

9 screws

10 nuts

Embodiment

Below be by particular specific embodiment embodiment of the present utility model to be described, the person of ordinary skill in the field can understand other advantages of the present utility model and effect easily by the content that this instructions disclosed.

Following with reference to description of drawings embodiment of the present utility model, it should be noted, the utility model is in order to the fixing servomechanism fixed support to the frame, the part stereographic map of the following drawings for simplifying, and basic conception of the present utility model only is described in a schematic way, only the illustration element relevant with the utility model but not component number, shape and size when implementing according to reality are drawn in the accompanying drawing, kenel, quantity and the ratio of each element are not to exceed with diagram during its actual enforcement, can need change according to actual design, close chat earlier bright.

As shown in Figures 2 and 3, this fixed support 7 is to have the servomechanism 200 of reference column 201 and fixed orifice 203 respectively to the frame 300 with a plurality of through holes 301 in order to fixing dual-side.

This frame 300 for taking in management and fix device on it for servomechanism or other electronics main frames are required, and main in the present embodiment is that example describes with the frame of taking in servomechanism, but not limited thereto.Simultaneously, this frame 300 is constituted with the four L shaped metallic rod body 300a of vertical type, 300b, 300c, the 300d that install in order to fixing a plurality of through holes 301 in the present embodiment, slightly rectangular cube body, the width of two body of rod 300a, 300b is slightly larger than the width of this servomechanism 200.

This reference column 201 be located at this servomechanism 200 dual-side can for the location projection, this projection comprises neck 2011 and connects the head 2013 of this neck 2011.Simultaneously, the radius of this neck 2011 is less than the radius of this head 2013, but is not to be defined in form shown in the drawings.

This fixed orifice 203 is located at the dual-side of this servomechanism 200, and keeping one with described reference column 201 equidistantly is provided with, promptly the distance of 201 of the distance of 201 of two these reference columns, this fixed orifice 203 and contiguous this reference columns is all with both sides that equidistantly are arranged at this servomechanism 200, and this fixed orifice is a screw.

Also extension is provided with second fixed head 205 with through hole 207 to this servomechanism 200 to two outsides at front end.

This fixed support 7 can be for example made person of metal material, and this fixed support 7 comprises rack body 71, is connected in the hinge arrangement 73 of these rack body 71 1 ends and connects stator 75 from this hinge arrangement one end.

This rack body 71 is formed with for this reference column 201 to be adjusted hole 711, is formed at this rack body 71 and corresponding the fixing with perforation 713 of this fixed orifice 203 of fixing in conjunction with the location of location.

It is that an end has big footpath hole 711a and elongated hole 711b connection to form that hole 711 is adjusted in this location, the radius of footpath hole 711a is greater than the width of this elongated hole 711b greatly, and should the head 2013 of this reference column 201 be penetrated the big directly size of hole 711a, and the size of this elongated hole 711b just can slip into for the neck 2011 of this reference column 201, the height of this neck 2011 just is the section thickness of this elongated hole 711b (being support bracket fastened sheet metal thickness), and by the bottom surface of this head 2013 along compacting on the rack body 71 in the outside, edge of this elongated hole 711b, so that this neck 2011 only can move horizontally and do not come off after slipping into this elongated hole 711b along this elongated hole 711b, with the convenient appropriate location of adjusting.

This location is adjusted hole 711 and for example be can be combined type through hole that should reference column 201, and is to adopt the buckle mode that this reference column 201 is engaged with this adjustment hole, location 711 fixings, so that this fixed support 7 is fixed on this servomechanism 200.

But it should be noted, 711 pairs in hole is adjusted in this location should reference column 201 and the person of setting, though be that two reference columns 201 and adjustment hole 711, two location are set in the present embodiment, but the person of ordinary skill in the field should know, this reference column 201 and this adjustment hole 711, location quantity is set and structure is not to be defined in form shown in the drawings.

Should fixing can be the elongated hole of for example corresponding this fixed orifice 203 of locking with perforation 713, and adopt the screw lock pay mode with this fixed orifice 203 with should be fixing with 713 fixed engagement of boring a hole, so that this fixed support 7 is fixed on this servomechanism 200.In present embodiment, can utilize this fixed orifice 203 of screw 9 fixed engagement and should fixingly use perforation 713.

But it should be noted, should be fixing with boring a hole 713 for to should fixed orifice 203 persons of setting, though a fixed orifice 203 and a fixing usefulness perforation 713 are set in the present embodiment, but the person of ordinary skill in the field should know, this fixed orifice 203 with should be fixing with bore a hole 713 quantity is set and structure is not to be defined in form shown in the drawings.

This above-mentioned location is adjusted hole 711 and is equated with fixing width (being the length of along continuous straight runs) with perforation 713, and described location adjust hole 711 with fixing be to keep an equidistant setting that corresponds to described reference column 201 and fixed orifice 203 with perforation 713, make described location adjust hole 711 and can be easy to 201 horizontal adjustment of described reference column, and also can be convenient to this fixing with perforation 713 these fixed orifices 203 of aligning.

This rack body 71 also comprises from the dual-side extension and is bent into the roughly strengthening section 715 of C shape, be that mode with two sections bending formings forms a strengthening section 715 that has structural strength in present embodiment, so that the weight that this rack body 71 bears this servomechanism 200, but the structure of this strengthening section 715 is not to be defined in form shown in the drawings.

This hinge arrangement 73 is extended by this rack body 71 1 ends certainly and first articulated section 731 of bending forming and extend and second articulated section 733 of bending forming is formed from these stator 75 1 ends, this first articulated section 731 is the cannulated sleeves that are a plurality of intervals with this second articulated section 733, and the sleeve quantity of this second articulated section 733 is the sleeves more than this first articulated section 731, this first articulated section 731 is staggered each other with the cannulated sleeve of this second articulated section 733 and can be combined into the open column that is communicated with, and be this first articulated section 731 is run through with this second articulated section 733 and to be combined with axle center 8, so that this stator 75 is linked to this rack body 71, and can to make this stator 75 be that rotation center overturns with the hinged place of this first articulated section 731 and this second articulated section 733.

But it should be noted, fixed support of the present utility model is to use above-mentioned hinge arrangement, because the structure of this type of hinge arrangement is all for having and all can be applicable object now, its structure does not change, so for simplicity, and make feature of the present utility model and structure more clear understandable, and be the structure that in diagram, only demonstrates with the utility model direct correlation, remainder then slightly removes.But the technical staff in the technical field should know that this first articulated section 731 is not to be defined in form shown in the drawings with the structure of this second articulated section 733.

This stator 75 is provided with through hole 753 with the through hole 301 to each body of rod that should frame 300, and is to adopt screw 9 and nut 10 that this through hole 753 is run through with through hole 301 and lock to pay and fix.

As shown in Figure 3, when using fixed support of the present utility model, can select two these fixed supports 7 earlier for use, the plane place (being the side in addition of strengthening section 715) that makes two these fixed supports 7 relatively and this stator 75 towards the direction of frame 300 and respectively place the both sides of this servomechanism, then, the big footpath hole 711a that hole portion 711 is adjusted in this location respectively aims at the head 2013 of this reference column 201 respectively and is inserted in, make this head 2013 pass this big footpath hole 711a among this neck 2011 is positioned at this big footpath hole 711a, then, this rack body 71 depended on a side of this servomechanism 200 and to promoting away from this frame 300 directions, make this neck 2011 slip among this elongated hole 711b, can make this fixed support 7 temporarily be fixed in the side of this servomechanism 200 this moment.

Then, with this servomechanism 200 before these frame 300 directions are inserted, earlier the stator 75 of these two these fixed supports 7 is inwardly overturn and rely on a side of this servomechanism 200, make this servomechanism 200 push frame 300 to again and rely on this frame 300 up to this second fixed part 205, run through among this fixed orifice 207 and corresponding this through hole 301 and screw on fixing with screw 9 with nut 10, then, utilize this neck 2011 in this elongated hole 711b, to move horizontally, and then adjust this fixed support 7 with respect to these servomechanism 200 required distances of stretching out, and make this stator 75 exceed this body of rod 300c and 300d, again two these stators 75 are outwards overturn and rely on the surface of this body of rod 300c and 300d, run through this through hole 753 and corresponding through hole 301 and screw on fixing with screw 9 with nut 10, at last, this fixing pair is fixed with screw 9 locks with perforation 713 and corresponding fixed orifice 203, so, can guarantee the stationary state of this servomechanism 200 on this frame 300, promptly as shown in Figure 4.

By the performance of preceding addressing accompanying drawing, can be well understood to the utility model is the fixed support that has structural strength with formation by metal bending forming mode, descends the problem of notch distortion to avoid existing fixed support can't on average bear the weight of servomechanism.Simultaneously, use fixed support of the present utility model, need not use distance that other member can adjust the required elongation of fixed support to be common to the various frame degree of depth, more cost-effective.

Hence one can see that, uses fixed support of the present utility model, utilizes turnover stator that identical fixed effect is provided in the finite space, to avoid the problem of existing L shaped fixed support complex installation process inconvenience, also helps to reduce the set-up time.

In sum, fixed support of the present utility model has structural strength concurrently, installation is convenient, versatility is high, have cost-benefit characteristic in fact, therefore possesses the high industrial usability is arranged.

Above-mentioned specific embodiment only is to release characteristics of the present utility model and effect in order to example, but not in order to limit the utility model.Any person of ordinary skill in the field all can be under spirit of the present invention and category, modifies and changes for the above embodiments.

Claims (10)

1. fixed support, be have reference column and fixed orifice respectively in order to fixing dual-side servomechanism to the rectangle frame of forming by four supports with a plurality of through holes, it is characterized in that this fixed support comprises:

Rack body is formed with for this reference column and adjusts the hole in conjunction with the location of location, and corresponding the fixing with perforation of this fixed orifice of fixing;

Be connected in the hinge arrangement of this rack body; And

Be connected to the stator of this hinge arrangement.

2. fixed support according to claim 1 is characterized in that: this rack body forms for the metal material manufacturing.

3. fixed support according to claim 1 is characterized in that: this rack body be adjust in the location hole and fixing with perforation the dual-side extension and be bent into the roughly strengthening section of C type of section.

4. fixed support according to claim 1 is characterized in that: the Kong Weiyi end is adjusted in this location has hole, big footpath and elongated hole connection to form.

5. fixed support according to claim 1 is characterized in that: this is fixing to be elongated hole with perforation.

6. fixed support according to claim 1 is characterized in that: this fixed orifice comprises the fixture that wears wherein with fixing with perforation.

7. fixed support according to claim 6 is characterized in that: this fixture is screw or other parts that can fix this fixed orifice and fix the usefulness perforation.

8. fixed support according to claim 1 is characterized in that: this hinge arrangement is extended by this rack body one end certainly and first articulated section of bending forming and extend and second articulated section of bending forming is formed from this stator one end.

9. fixed support according to claim 7 is characterized in that: this first articulated section and second articulated section also comprise the axle center that wears wherein, so that this rack body and this stator can overturn in this axle center mutually.

10. fixed support according to claim 1 is characterized in that: this stator is provided with through hole.

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