CN202019501U - Rack - Google Patents
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- Publication number
- CN202019501U CN202019501U CN2011200331947U CN201120033194U CN202019501U CN 202019501 U CN202019501 U CN 202019501U CN 2011200331947 U CN2011200331947 U CN 2011200331947U CN 201120033194 U CN201120033194 U CN 201120033194U CN 202019501 U CN202019501 U CN 202019501U
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- column
- depth
- face
- dividing plate
- installing hole
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- Expired - Fee Related
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Abstract
A rack comprises a first separator plate, a second separator plate, two front stand columns respectively arranged on the front part of the first separator plate and the front part of the second separator plate, and two rear stand columns respectively arranged on the rear part of the first separator plate and the rear part of the second separator plate. The rack is characterized in that stand column installing connecting structures arranged on the front parts or the rear parts of the first separator plate and the second separator plate are provided with at least one first installing position arranged on a first depth and a second installing position arranged on a second depth, wherein the first depth is the installing depth of the front stand columns or the rear stand columns when a rear-end line method is adopted by the rack, and the second depth is the installing depth of the front stand columns or the rear stand columns when a front-end line method is adopted by the rack. By adopting the rack, the needs of front line outgoing and rear line outgoing can be satisfied at the same time.
Description
Technical field
The utility model relates to a kind of rack, relates in particular to the rack of use equipment under a kind of open air or the PE.
Background technology
Using the open air of integrated-type or the network equipment cabinet that PE uses down at present in the communications field in a large number.Network outdoor equipment rack generally has from the rack direction of routing from rack front space cabling with from rack back space cabling two classes, correspondingly has the equipment subrack direction of routing from the rack of packing into from anterior cabling of subrack panel and subrack panel rear cabling two classes.
This type of open air or PE use the extensive application of equipment enclosure down, bring a problem: even the rack capacity requirement is identical, adopt the subrack of different cabling modes all to need different racks, the versatility, the inheritance that are rack are relatively poor, and this can cause the increase of the lack of standardization and production cost produced.
The utility model content
The technical problems to be solved in the utility model provides a kind of rack that can satisfy forward and backward outlet demand simultaneously.
For this reason, the utility model provides a kind of rack, comprising: first dividing plate, second partition, be installed in two front columns of this first dividing plate and this second partition front portion respectively, and be installed in two rear columns at this first dividing plate and second partition rear portion respectively, it is characterized in that:
At least have first installation site that is positioned on first degree of depth and second installation site that is positioned on second degree of depth in the column mounting connection structure at this first dividing plate and this second partition front portion or rear portion, wherein, the fitting depth of front column or rear column when this first degree of depth adopts the rear end cabling mode for this rack, the fitting depth of front column or rear column when this second degree of depth adopts the front end cabling mode for this rack.
Preferably,
The column mounting connection structure at this first dividing plate and this second partition front portion or rear portion all adopts a kind of structure in the following structure, or adopts two kinds of different structures in the following structure:
First kind, this kind column mounting connection structure is included in installing hole or the mounting groove on first degree of depth of being in that is provided with on the dividing plate, and is in installing hole or mounting groove on second degree of depth;
Second kind, this kind column mounting connection structure comprises the column Change-over frame that is installed on the dividing plate, and the end face that this column Change-over frame is installed column is provided with installing hole or the mounting groove that is on first degree of depth, and is in installing hole or mounting groove on second degree of depth;
The third, this kind column mounting connection structure comprises the column Change-over frame that is installed on the dividing plate, have at least two kinds of mounting meanss between this column Change-over frame and the dividing plate, wherein, under first mounting means, have installing hole or the mounting groove that is on first degree of depth on the end face of this column Change-over frame installation column, under second mounting means, have installing hole or the mounting groove that is on second degree of depth on the end face of this column Change-over frame installation column.
Preferably,
At least have first installation site that is positioned on first degree of depth and second installation site that is positioned on second degree of depth in the column mounting connection structure of this first dividing plate and this second partition front portion, the column mounting connection structure at this first dividing plate and this second partition rear portion has the 3rd installation site that is positioned on the 3rd degree of depth.
Preferably,
This equipment compartment also is included in the subrack supporting plate of installing on the front column of homonymy and the rear column, at least have two groups of installing holes or mounting groove on the described subrack supporting plate, wherein one group of installing hole or mounting groove are used for being connected of described subrack supporting plate and front column and rear column under the cabling mode of rear end, and another group installing hole or mounting groove are used for being connected of described subrack supporting plate and front column and rear column under the front end cabling mode.
Preferably,
At least have two pairs of installing holes on the described subrack supporting plate, two installing holes in the every pair of installing hole are symmetrical arranged at the front and rear of subrack supporting plate.
Preferably,
This first dividing plate front portion or rear portion have the heat exchanger air port, adopt second kind or the third column mounting connection structure near the front portion in this heat exchanger air port or the column mounting connection structure at rear portion on this first dividing plate, the column mounting connection structure at the front portion of this second partition or rear portion adopts first kind of column mounting connection structure.
Preferably,
Column Change-over frame in this third column mounting connection structure comprises first end face, second end face and the 3rd end face that connects successively, this first end face is with the 3rd end face is parallel but bearing of trend is opposite, this first end face is connected with dividing plate, and the 3rd end face is formed with installing hole or the mounting groove that is used to install column;
Under first mounting means, first end face of this column Change-over frame is connected with dividing plate and extends back, and under second mounting means, first end face of this column Change-over frame is identical with the position of dividing plate connection but bearing of trend is opposite.
Preferably,
The 3rd end face is formed with at least two row installing hole or mounting grooves, under first mounting means, the first row installing hole away from this second end face is the installing hole that column is installed and used, and under second mounting means, the secondary series installing hole of close this second end face is the installing hole that column is installed and used.
Preferably,
Zone between this first dividing plate and the second partition is the equipment compartment of this rack, cable hole and back cable hole before also being provided with on this first dividing plate or this second partition.
Preferably,
This rack also comprises the heat exchanger storehouse that is arranged on this equipment compartment one side, and the cable distribution compartment that is arranged on this equipment compartment opposite side.
Rack of the present utility model is regulated about rack the installation site of two dividing plates and left and right pillar by adopting the column Change-over frame, realize the needed depth difference of rack installation subrack front and back panels cabling, thereby can satisfy the demand of the forward and backward outlet of rack simultaneously.Therefore, equipment enclosure versatility and inheritance that the utility model provides are good, and simple in structure, easy to manufacture and with low cost; In the middle of all cabinet design that forward and backward outlet demand is arranged.
Description of drawings
Fig. 1 is each building block structural representation in the equipment enclosure embodiment of the present utility model;
Fig. 2 is the scheme of installation that conceals each column behind the left and right dividing plate in the rack embodiment shown in Figure 1;
Fig. 3 is forward and backward column of left end and the local enlarged diagram of the mounting means of subrack supporting plate in the cabling rack of rear end shown in Figure 2;
Fig. 4 is column Change-over frame and the scheme of installation of left front column in the cabling rack of rear end shown in Figure 2;
Fig. 5 is interior right front column of rack embodiment and the scheme of installation of right clapboard in the cabling rack of rear end shown in Figure 1;
Fig. 6 a is column Change-over frame and the scheme of installation of left front column in front end cabling rack shown in Figure 2;
Fig. 6 b is that the column Change-over frame shown in Fig. 6 a cooperates the schematic diagram of installing with left front column;
Fig. 7 is forward and backward column of left end and the local enlarged diagram of the mounting means of subrack supporting plate in front end cabling rack shown in Figure 6;
Fig. 8 is an overall structure schematic diagram in the equipment enclosure embodiment of the present utility model.
Embodiment
Below in conjunction with accompanying drawing and preferred embodiment the technical solution of the utility model is at length set forth.The embodiment that below exemplifies only is used for description and interpretation the utility model, and does not constitute the restriction to technical solutions of the utility model.
The embodiment of a kind of rack that the utility model provides, comprise: first dividing plate, second partition is installed in two front columns of this first dividing plate and this second partition front portion respectively, reach two rear columns that are installed in this first dividing plate and second partition rear portion respectively, wherein:
The column mounting connection structure at this first dividing plate and this second partition front portion or rear portion has first installation site that is positioned on first degree of depth and second installation site that is positioned on second degree of depth at least, wherein, the fitting depth of column before or after when this first degree of depth adopts the rear end cabling mode for this rack, the fitting depth of front or rear column when this second degree of depth adopts the front end cabling mode for this rack.
The embodiment of above-mentioned rack is a kind of rack with two kinds of column installation sites, only need change installation site when mounted and can make rack satisfy the requirement of front and back ends cabling, this kind version can design out of doors or under the PE in the rack of use equipment as required.
As shown in Figure 1 and Figure 2, the rack embodiment that provides of the utility model comprises left clapboard 1 (i.e. first dividing plate), column Change-over frame 2, left front column 3, left back column 4, right clapboard 5 (being second partition), right front column 6, right back column 7, subrack supporting plate 8; Wherein: column Change-over frame 2, left back column 4 are fixedly mounted on the front and rear of left clapboard 1 respectively, right back column 7 is fixedly mounted on right clapboard 5 rear portions, left front column 3 is installed on the column Change-over frame 2, right front column 6 is installed on right clapboard 5 front portions, and subrack supporting plate 8 usefulness screws are installed on four columns of rack.Wherein, the left front column 3 that is installed on the column Change-over frame 2 is in first degree of depth or second degree of depth simultaneously with the right front column 6 that is installed on the right clapboard 5, and the left back column 4 that is installed on the left clapboard 1 is in the 3rd degree of depth simultaneously with the right back column 7 that is installed on the right clapboard 5.
As shown in Figure 4, column Change-over frame 2 can be the member that a sheet metal is folded out successively the first end face 2-1, the second end face 2-2 and the 3rd end face 2-3, wherein the first end face 2-1 be parallel to the 3rd end face 2-3 and bearing of trend opposite, the second end face 2-2 is clipped between the first end face 2-1 and the second end face 2-3 and is vertical with these two end faces.Fig. 4 has also represented the position of all kinds of installing holes of setting on column Change-over frame 2, wherein, is provided with a row installing hole 2-4 on the first end face 2-1, is used for column Change-over frame 2 is installed in left clapboard 1; On the 3rd end face 2-3, be provided with two row installing hole 2-5,2-6, wherein the first row installing hole 2-5 is used in left front column 3 is installed in the rack of rear end cabling, secondary series installing hole 2-6 is used in the front end cabling rack left front column 3 is installed, the above-mentioned first row installing hole 2-5 than secondary series installing hole 2-6 further from the second end face 2-2.
The front-end and back-end of the left clapboard 1 among Fig. 1 all have heat exchanger air port 1-1.Because by the rack requirement of standard, the column of front end also need be provided with installing hole and fix subrack except the subrack supporting plate is installed, and the column of rear end only need be installed the subrack supporting plate; Therefore, the end face of column that is installed in the dividing plate front end is wideer than the end face of the column that is installed in the dividing plate rear end, like this, will certainly the ventilation of heat exchanger air port 1-1 be had a negative impact if directly left front column 3 is installed in the front portion of left clapboard 1.Therefore need to make left front column 3 avoid the heat exchanger air port 1-1 of left clapboard 1 front portion by column Change-over frame 2.
For front and back ends cabling rack, left back column 4 in the installation site on the left clapboard 1 and the installation site of right back column 7 on right clapboard 5 all immobilize, mainly be by adjusting the installation site of left front column 3 on column Change-over frame 2, the mounting means of column Change-over frame 2, and the formal argument of front and back ends cabling rack is realized in right front column 6 two installation sites on right clapboard 5.
As shown in Figure 4, when adopting the rear end cabling mode, adopts rack first kind of mounting means, column Change-over frame 2 is installed left front column 3 by the first row installing hole 2-5 that the 3rd end face 2-3 goes up away from the second end face 2-2, and wouldn't use near the secondary series installing hole 2-6 of the second end face 2-2; Because end face 3-1 is the subrack installed surface on the left front column 3 among Fig. 4, the second end face 2-2 is the middle end face of column Change-over frame 2, in conjunction with Fig. 2 as can be seen, when subrack is inserted the subrack supporting plate, between end face 3-1 and the end face 2-2 segment distance is arranged.
Fig. 3 is the amplification of the mounting means local I in the cabling rack of rear end to forward and backward column of left end and subrack supporting plate 8: promptly subrack supporting plate 8 comprises two pairs of installing holes at least, each is to being one group, be installed in (it also is similar that subrack supporting plate 8 situations are installed) on left back column 4 and the left front column 3 by a pair of installing hole 8-1 of apart from each other wherein on right back column 7 and right front column 6, thereby the space that the rack rear end is abdicated be used to hold the cabling of subrack rear board and pass back cable-through hole 5-3 on the right clapboard 5.If two installing holes in the every pair of installing hole on the subrack supporting plate 8 are symmetrical arranged at the front and rear of subrack supporting plate, can make subrack supporting plate 8 and front and back column stressed evenly.
Certainly, except adjusting the installation site with the installing hole of diverse location, the utility model can also exemplify out the mode that other position is adjusted.For example be provided with originally on the end face of installing hole at subrack supporting plate 8, leave waist shape or the rectangle mounting groove that a length is a bit larger tham distance between two position installing hole 8-1,8-2 separately in the front and rear part, be used to adjust the position of installing that cooperates of subrack supporting plate 8 and forward and backward column; And for example,, reach two diverse location installing hole places that are furnished with level on the right clapboard and all leave a waist shape or rectangle mounting groove, be used to adjust the installation site of front column respectively at left clapboard or column Change-over frame.
Column Change-over frame 2 shown in Figure 4 only is a kind of form that the utility model provides.In fact column Change-over frame 2 can also have other form, for example a sheet metal is folded out " U " shape shape that two parallel end faces of extending in the same way clip a perpendicular end surface by same direction successively, the installing hole that two row are used to install this column Change-over frame 2 is set on the left clapboard front portion, and it equally also can play the effect of column Change-over frame 2.The utility model realizes that by the ingenious installation of column Change-over frame 2 subrack is installed the front and back depth difference in the front and back ends cabling rack, satisfies the demand of rack front and back ends outlet.
Fig. 5 is first mounting means of right front column 6 in the cabling rack of rear end, and right front column 6 adopts the first row installing hole 5-2 that is on first degree of depth on installing hole 6-1 and the right clapboard 5 to cooperate installation by screw, asks the while referring to Fig. 1.As Fig. 2, shown in Figure 5, end face 6-2 is the subrack installed surface on the right front column 6, it is the front that subrack is installed, the end face 3-1 of end face 6-2 and left front column 3 is in a degree of depth simultaneously, that is is in the first row installing hole 2-5 that is on the 3rd end face 2-3 of the first row installing hole 5-2 corresponding to column Change-over frame 2 on first degree of depth on first degree of depth on the right clapboard 5.
Be on the right clapboard 5 on first degree of depth the first row installing hole 5-2 and the column pitch that is in the secondary series installing hole 5-1 on second degree of depth from, be and be applicable to the front and back depth difference that the front and back ends cabling is required respectively after subrack inserted subrack supporting plate 8, can be 70mm for example according to the thickness setting of subrack.Wherein, the first row installing hole 5-2 is than the front end of the more close rack of secondary series installing hole.
Fig. 6 a, second mounting means when Fig. 6 b has represented that rack adopts the front end cabling: with column Change-over frame 2 in perpendicular behind the Rotate 180 °, before the bearing of trend of the original bearing of trend first end face 2-1 backward alters course on the column Change-over frame 2, correspondingly after the changed course of the bearing of trend of original bearing of trend the 3rd end face 2-3 forward, this column Change-over frame 2 still is installed on the left clapboard 1 (for the column Change-over frame 2 of this shape by the installing hole on the first end face 2-1, before can making, immobilize with the position of mounting hole of column Change-over frame 2 on the left clapboard 1 in the cabling rack of rear end, and the metal material that can make the column Change-over frame use is less), by the secondary series installing hole 2-6 that is on the 3rd end face 2-3 on second degree of depth left front column 3 is installed on the column Change-over frame 2.Among Fig. 6 a, still be subrack end face 3-1 that positive left front column 3 is installed with the second end face 2-2 of column Change-over frame 2 between be concordant, promptly with respect to the installation end face 3-1 of the left front column 3 of rear end cabling mode to the back-end direction adjusted a segment distance; Meanwhile, when being installed, adopt on right front column 6 the secondary series installing hole 5-1 that is on second degree of depth on installing hole 6-1 and the right clapboard 5 to cooperate installation, please be simultaneously referring to Fig. 1, make the installation form of the right front column 6 of rack change the installation form in the front end cabling rack into, equally, the end face 3-1 of left front column 3 and the end face 6-2 of right front column 6 are in the same degree of depth, as shown in Figure 5.
Fig. 7 has represented the amplification of the installation form local I I in front end cabling rack to forward and backward column of left end and subrack supporting plate 8: promptly subrack supporting plate 8 is by being installed in (it is similar that subrack supporting plate 8 situations are installed) on left back column 4 and the left front column 3 at a distance of nearer another to installing hole 8-2 on right back column 7 and right front column 6, when subrack is inserted the subrack supporting plate, the end face 3-1 of left front column 3 aligns with the end face 2-2 of column Change-over frame 2, is used for from subrack front panel cabling and passes preceding cable-through hole 5-4 on the right clapboard 5 with end spaces before the rack that will abdicate.
Comparison diagram 4 and Fig. 6, Fig. 3 and Fig. 7 can find out the installation form of the left front column 3 of rack under the front and back ends cabling situation.
In fact, if it is (certain that the heat exchanger air port is arranged on the middle-end of rack dividing plate, this middle-end place has block space and can not insert subrack for avoiding this heat exchanger air port), then can remove column Change-over frame 2 from, and left front column 3 directly is installed on the installing hole of two positions that are in different depth of left clapboard 1 front end; Certainly, in the case, also can be that the installation of column is provided with adjustable installation site in the rear end of dividing plate.
Also can adopt snap fit to connect in the application example shown in Figure 1 between subrack supporting plate and the column, can not be provided with above-mentioned two group connecting holes on the subrack supporting plate this moment.
The effect of left clapboard and right clapboard is exchanged mutually in the application example shown in Figure 1, in fact, and in rack embodiment of the present utility model, as long as have first dividing plate and second partition can play the effect of left and right dividing plate respectively.
Fig. 8 is the rack example that is used for equipment under open air or the PE of the present utility model.This outdoor cabinet is divided into 4 storehouses, and the mid portion of rack respectively with left clapboard 1, right clapboard 5 separately; Left clapboard 1 left side is heat exchanger storehouse 9 and battery compartment 10, and the folded zone of left and right dividing plate is an equipment compartment 11, and right clapboard 5 right sides then are cable distribution compartments 12; Each storehouse independent design wherein, mix 4 cabinet door (not shown) again, comprise the first cabinet door (being used to block heat exchanger storehouse and battery compartment) of left front end face, the second cabinet door (being used to block the equipment compartment front end) of equipment compartment front end and the 3rd cabinet door (being used to block the equipment compartment rear end) of equipment compartment rear end, the 4th cabinet door (being used to block cable distribution compartment) of its right end face has been formed a whole network outdoor cabinet thus.
Certainly; the utility model also can have other embodiment; under the situation that does not deviate from the utility model spirit and essence thereof; those of ordinary skill in the art work as can make various corresponding changes and distortion according to the utility model, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the utility model.
Claims (10)
1. rack comprises: first dividing plate, and second partition is installed in two front columns of this first dividing plate and this second partition front portion respectively, and is installed in two rear columns at this first dividing plate and second partition rear portion respectively, it is characterized in that:
At least have first installation site that is positioned on first degree of depth and second installation site that is positioned on second degree of depth in the column mounting connection structure at this first dividing plate and this second partition front portion or rear portion, wherein, the fitting depth of front column or rear column when this first degree of depth adopts the rear end cabling mode for this rack, the fitting depth of front column or rear column when this second degree of depth adopts the front end cabling mode for this rack.
2. according to the described rack of claim 1, it is characterized in that the column mounting connection structure at this first dividing plate and this second partition front portion or rear portion all adopts a kind of structure in the following structure, or adopt two kinds of different structures in the following structure:
First kind, this kind column mounting connection structure is included in installing hole or the mounting groove on first degree of depth of being in that is provided with on the dividing plate, and is in installing hole or mounting groove on second degree of depth;
Second kind, this kind column mounting connection structure comprises the column Change-over frame that is installed on the dividing plate, and the end face that this column Change-over frame is installed column is provided with installing hole or the mounting groove that is on first degree of depth, and is in installing hole or mounting groove on second degree of depth;
The third, this kind column mounting connection structure comprises the column Change-over frame that is installed on the dividing plate, have at least two kinds of mounting meanss between this column Change-over frame and the dividing plate, wherein, under first mounting means, have installing hole or the mounting groove that is on first degree of depth on the end face of this column Change-over frame installation column, under second mounting means, have installing hole or the mounting groove that is on second degree of depth on the end face of this column Change-over frame installation column.
3. according to the described rack of claim 1, it is characterized in that:
At least have first installation site that is positioned on first degree of depth and second installation site that is positioned on second degree of depth in the column mounting connection structure of this first dividing plate and this second partition front portion, the column mounting connection structure at this first dividing plate and this second partition rear portion has the 3rd installation site that is positioned on the 3rd degree of depth.
4. according to claim 1 or 3 described racks, it is characterized in that:
This equipment compartment also is included in the subrack supporting plate of installing on the front column of homonymy and the rear column, at least have two groups of installing holes or mounting groove on the described subrack supporting plate, wherein one group of installing hole or mounting groove are used for being connected of described subrack supporting plate and front column and rear column under the cabling mode of rear end, and another group installing hole or mounting groove are used for being connected of described subrack supporting plate and front column and rear column under the front end cabling mode.
5. according to the described rack of claim 4, it is characterized in that:
At least have two pairs of installing holes on the described subrack supporting plate, two installing holes in the every pair of installing hole are symmetrical arranged at the front and rear of subrack supporting plate.
6. according to the described rack of claim 2, it is characterized in that:
This first dividing plate front portion or rear portion have the heat exchanger air port, adopt second kind or the third column mounting connection structure near the front portion in this heat exchanger air port or the column mounting connection structure at rear portion on this first dividing plate, the column mounting connection structure at the front portion of this second partition or rear portion adopts first kind of column mounting connection structure.
7. according to claim 2 or 6 described racks, it is characterized in that:
Column Change-over frame in this third column mounting connection structure comprises first end face, second end face and the 3rd end face that connects successively, this first end face is with the 3rd end face is parallel but bearing of trend is opposite, this first end face is connected with dividing plate, and the 3rd end face is formed with installing hole or the mounting groove that is used to install column;
Under first mounting means, first end face of this column Change-over frame is connected with dividing plate and extends back, and under second mounting means, first end face of this column Change-over frame is identical with the position of dividing plate connection but bearing of trend is opposite.
8. according to the described rack of claim 7, it is characterized in that:
The 3rd end face is formed with at least two row installing hole or mounting grooves, under first mounting means, the first row installing hole away from this second end face is the installing hole that column is installed and used, and under second mounting means, the secondary series installing hole of close this second end face is the installing hole that column is installed and used.
9. according to the described rack of claim 1, it is characterized in that:
Zone between this first dividing plate and the second partition is the equipment compartment of this rack, cable hole and back cable hole before also being provided with on this first dividing plate or this second partition.
10. according to claim 1 or 2 or 3 described racks, it is characterized in that, also comprise the heat exchanger storehouse that is arranged on this equipment compartment one side, and the cable distribution compartment that is arranged on this equipment compartment opposite side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200331947U CN202019501U (en) | 2011-01-30 | 2011-01-30 | Rack |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200331947U CN202019501U (en) | 2011-01-30 | 2011-01-30 | Rack |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202019501U true CN202019501U (en) | 2011-10-26 |
Family
ID=44813165
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011200331947U Expired - Fee Related CN202019501U (en) | 2011-01-30 | 2011-01-30 | Rack |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202019501U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106879233A (en) * | 2017-04-13 | 2017-06-20 | 广东海悟科技有限公司 | A kind of cabinet air conditioner for carrying emergency ventilation function |
| CN107072097A (en) * | 2017-03-28 | 2017-08-18 | 国网山东省电力公司信息通信公司 | Aperture communication cabinet plugging plate and communication cabinet are reserved a kind of compartmentalization more |
| CN107148175A (en) * | 2017-04-24 | 2017-09-08 | 广东海悟科技有限公司 | A kind of outdoor integrated cabinet |
-
2011
- 2011-01-30 CN CN2011200331947U patent/CN202019501U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107072097A (en) * | 2017-03-28 | 2017-08-18 | 国网山东省电力公司信息通信公司 | Aperture communication cabinet plugging plate and communication cabinet are reserved a kind of compartmentalization more |
| CN106879233A (en) * | 2017-04-13 | 2017-06-20 | 广东海悟科技有限公司 | A kind of cabinet air conditioner for carrying emergency ventilation function |
| CN106879233B (en) * | 2017-04-13 | 2023-04-07 | 广东海悟科技有限公司 | Air conditioner cabinet with emergency ventilation function |
| CN107148175A (en) * | 2017-04-24 | 2017-09-08 | 广东海悟科技有限公司 | A kind of outdoor integrated cabinet |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20111026 Termination date: 20190130 |