CN208113173U - A kind of big data server cabinet body structure - Google Patents
A kind of big data server cabinet body structure Download PDFInfo
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- CN208113173U CN208113173U CN201820706023.8U CN201820706023U CN208113173U CN 208113173 U CN208113173 U CN 208113173U CN 201820706023 U CN201820706023 U CN 201820706023U CN 208113173 U CN208113173 U CN 208113173U
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- cabinet body
- wiring
- cabling channel
- big data
- cable
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Abstract
The utility model discloses a kind of big data server cabinet body structures, the cabinet body of cabinet door is had including front, and the several shelves for being used to dispose server host being arranged in cabinet body in up and down direction, a spacing is wherein kept to constitute wiring space between shelf front end and cabinet door, the cabinet body interior front is equipped with the connecton layout for arranging wiring trend, its side for being located at the wiring space, the connecton layout are formed by multiple trends along longitudinal direction and in the wiring unit laterally arranged.The utility model improves design for the wiring aspect of existing big data server, a kind of effective means for increasing cabinet type server operation stability is proposed from the not ipsilateral of safeguard service device, pass through the wiring unit being arranged in cabinet body front side, special channel is provided for cable wiring, it substantially increases the cleaning of interior of the cabinet cable, and cable wiring, classification such as is facilitated, disposes and select at the effects of multiple processes operations by specific ingenious in design realize to its structure.
Description
Technical field
The utility model relates to server fields, in particular, being to be related to a kind of big data server cabinet body structure.
Background technique
With the fast development of Internet technology, big data era has arrived.So-called " big data " is to need new processing
Mode could have stronger decision edge, see clearly discovery power and process optimization ability to adapt to magnanimity, high growth rate and diversification
Information assets, be that a kind of scale arrives be well beyond traditional database software work in terms of acquisition, storage, management, analysis greatly
Has the data acquisition system of limit of power, the data type and value of data scale, quick stream compression, multiplicity with magnanimity
The low four big feature of density.
The basis of big data be magnanimity data storage, accurately data analysis and fast network transmission performance,
Now also there are the expert of various aspects or technical staff to further investigate and explore it at present.In terms of data storage, mainly according to
It holds in the palm in stable large database, usual large database is all hard with server farm of special service station or upper scale etc.
Part carrying.In order to meet management and demand for security to overall data library, most database can all use cabinet type server farm,
Pass through several cabinet type server construction groups and be uniformly laid in special room and carry out operational management, server and group are hard
All it is to be directly connected to by high speed cable between part, realizes the fast exchange and processing of data, specific data handling procedure
Studying more, more mature technology in the art can be found everywhere, and details are not described herein again.
For the group of cabinet type server and its building, therebetween there are a large amount of interfaces and cable to need to lay, although existing
Technical staff corresponding placement-and-routing can be carried out according to the integrated planning of datastore, but in specific server and clothes
The details of many placement-and-routings between business device, between cabinet body and server and between cabinet body and cabinet body is still done inadequate
It is good.Several server host structures that cabinet type server is mainly connected by server cabinet body with placement in the inner and by various cables
At in order to guarantee the stable operation of server, the prior art is mostly structure Strength optimization to the improvement of cabinet type server and dissipates
Hot property enhancing, and studied in terms of cable laying seldom, if the server for being in fact related to a large amount of cable connections is not handled
Good wiring problem, equally will affect the stable operation of server, or even also will cause the obstacle in terms of subsequent repair maintenance.It is right
For each server cabinet body, each server host can be related to a plurality of data transmission cable, whole just to have tens of
Cable seriously affects the normal operation and heat dissipation of server host, therefore this field if arbitrarily arrangement necessarily causes wiring confusion
The common method of technical staff is exactly to be moved towards cable unanimous on the whole by all using band and all tied up, then by band with
The part heat release hole of cabinet body side is fixed, and the cable connector of needs is drawn in corresponding position, avoids cable clutter, this mode
Although having carried out the arrangement of cable to a certain extent, routing patterns on the whole are still not beautiful enough, cabling also more with
Meaning, and also more inconvenient in use, especially when certain cable go wrong needs choose processing when, it is necessary to first cut off
Band to it is whole tie up unbundlings and choose cable again tie up again again, and can also have the case where cable mutually tangles sometimes, no
Only handle more troublesome, and situation at random occurs for the cable for also easilying lead to when handling certain cable problem unbundlings.Cause
This goes back the clean and tidy salubrious environment of interior of the cabinet cabling, and facilitate at subsequent cable to optimize the wire cable layout of server cabinet body
Reason operation, proposes the Curve guide impeller of the utility model, the operation stability of the cabinet type server of service hoisting.
Utility model content
In view of the above shortcomings of the prior art, the utility model provide it is a kind of it is ingenious in design, cabling layout is clean and tidy, maintenance
Easy to operate big data server cabinet body structure.
To achieve the above object, originally the technical solutions adopted are as follows：
A kind of big data server cabinet body structure has the cabinet body of cabinet door including front, and is in upper and lower in cabinet body
To being arranged for disposing several shelves of server host, a spacing is wherein kept to constitute between shelf front end and cabinet door
Wiring space, the cabinet body interior front are equipped with the connecton layout for arranging wiring trend, are located at the wiring space
Side, the connecton layout are formed by multiple trends along longitudinal direction and in the wiring unit laterally arranged；
The wiring unit include slot bottom it is connected to the cabinet body for dispose cable in the cabling channel being longitudinally oriented, be placed in
The eyelet strip and sealing plate for closing its groove top lid on cabling channel, 1-5 are opened on eyelet strip and put with corresponding a continuous adjacent
The corresponding threading opening of rack position, the threading set being installed on threading opening are placed in cabling channel and stretch out the select switch of cabling channel,
And it is set to the poly- line card of cabling channel longitudinal direction bottom, wherein the quantity of select switch and the number of threading opening are corresponding, the cabling
The bayonet fixed for select switch is offered in the groove top of slot, the eyelet strip is fixedly connected with cabling channel, the sealing plate with walk
Wire casing is flexibly connected；
The quantity Matching of threading opening quantity on all wiring units and all shelves, the threading opening on various wirings device
Location dislocation setting is opened up, and gradually decreases form arrangement in position on cabinet body side from back to front direction.
Specifically, wiring and the folding of sealing plate in cabling channel for convenience, the sealing plate is in the cabling channel close to putting
Frame side is connected by articulate therewith, and is connected by a snap therewith in the cabling channel other side.
Specifically, it is checked after being routed for convenience, the sealing plate is made of acrylic material, and the eyelet strip is using sub-
Gram force material or metal material are made, and metal material is used mainly to stablize for guarantee thread position.
In order to protect cable from the extension in slot, the threading set is made of soft rubber or silica gel.
Alternatively, the connecton layout is located at two insides of cabinet body front, and wiring unit is arranged in each inside
Quantity is identical, and the threading opening on various wirings device opens up location dislocation setting, and on cabinet body same side from back to front direction
Form arrangement is reduced in position.It so can reduce the crowded property of wiring, and reserve more heat-dissipating spaces for shelf front end.
Further, the cable for convenience in each slot selects pick-and-place, and the select switch includes the groove depth along cabling channel
Spend direction place the substrate in strip, be connected to substrate top and with the matched clamping portion of the bayonet, with clamping portion company
The label portion being placed in outside cabling channel is connect, buckling parts that is hinged with substrate bottom end and forming at least one arc-shaped snap ring portion,
Be set to the clasp nail portion on buckling parts, and be set on substrate and with matched button hole portion of clasp nail portion, wherein the clasp nail portion
Positioned at the buckling parts close to one end of cabling channel groove top.It is that setting can also make cable in each slot into one by select switch
Step arranges, and realizes the ordering combing of cable arrangement.
For the ease of select switch in the placement of different location, extension is additionally provided between the substrate and clamping portion.
More specifically, cable disposes for convenience, the poly- line card is in anchor ear shape.
Compared with prior art, the utility model has the advantages that：
(1) the utility model improves design for the wiring aspect of existing big data server, from safeguard service device
Not ipsilateral propose a kind of effective means for increasing cabinet type server operation stability, by cabinet body front side be arranged
Wiring unit, provide special channel for cable wiring, substantially increase the cleaning of interior of the cabinet cable, and by tying to it
Structure it is specific it is ingenious in design realize the effect operation of multiple processes such as facilitate cable wiring, classification, dispose and select, cabinet type
Server field is with a wide range of applications, and is suitble to promote and apply.
(2) the utility model by eyelet strip and sealing plate by the top closed of cabling channel, in conjunction with the poly- line card of bottom and more
Cable is sufficiently secured in cabling channel by a select switch, and cable is avoided to shed from slot, and using the closing of activity folding
So that more convenient when wiring, first directly cable can be put into from groove top re-closed, avoid the trouble threaded from bottom always,
Convenient for follow-up maintenance, while the state of cable is set to be observed using the firm transparent feature of acrylic material, after convenient
Continuous monitoring.
(3) multiple threading openings can be arranged in the utility model on same eyelet strip, make full use of space in cabling channel, closing
Active balance is made on removing the work line and saving material, the line in same cabling channel is also made in conjunction with compartmentation of the select switch to cable
Cable is laid cleaner and tidier.
(4) the utility model can select to be that wiring unit is arranged in one or both sides according to practical situations, make full use of
The space of cabinet body front, also the wiring and heat dissipation for cabinet body front are made balance and are considered.
(5) cable can not only be classified in cabling channel and be fixed by the utility model ingehious design select switch, can also will not
Cable with outlet is simply isolated, and can also accurately be chosen when needing to pick out particular cable, will not influence it
The normal arrangement of his cable, it is very convenient, while but also use select switch cabling channel in space it is cleaner and tidier, facilitate
Air circulation, also adds in slot and the heat dissipation performance of cabinet body to a certain extent.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of cabinet body side in the utility model.
Fig. 2 is the side structure schematic diagram of wiring unit in the utility model.
Fig. 3 is the positive structure schematic of wiring unit in the utility model.
Fig. 4 is the structural schematic diagram of select switch in the utility model.
Specific embodiment
Explanation and embodiment be to being originally described further with reference to the accompanying drawing, and the embodiments of the present invention includes but not
It is only limitted to following embodiment.
Embodiment
As shown in figures 1-4, the big data server cabinet body structure has the cabinet body 1 of cabinet door 2 including front, and in cabinet
The several shelves 3 for being used to dispose server host being arranged in vivo in up and down direction, wherein between shelf front end and cabinet door
A spacing is kept to constitute wiring space, the cabinet body interior front is equipped with the connecton layout 4 for arranging wiring trend, is located at
The side of the wiring space, the connecton layout are formed by multiple trends along longitudinal direction and in the wiring unit 5 laterally arranged.
The wiring unit include slot bottom it is connected to the cabinet body for dispose cable in the cabling channel 10 being longitudinally oriented, dispose
In the eyelet strip 11 and sealing plate 12 that close its groove top lid on cabling channel, 1-5 be opened on eyelet strip and with corresponding a continuous phase
The adjacent corresponding threading opening 13 of shelf position, the threading set 14 being installed on threading opening, is placed in cabling channel and stretches out cabling
The select switch 20 of slot, and it is set to the poly- line card 15 of cabling channel longitudinal direction bottom, wherein the quantity of select switch and of threading opening
Number corresponds to, and the bayonet 16 fixed for select switch is offered in the groove top of the cabling channel, and the eyelet strip is fixed with cabling channel
Connection, the sealing plate are flexibly connected with cabling channel；
The quantity Matching of threading opening quantity on all wiring units and all shelves, the threading opening on various wirings device
Location dislocation setting is opened up, and gradually decreases form arrangement in position on cabinet body side from back to front direction.As another kind
Selection, the connecton layout are located at two insides of cabinet body front, and each inside setting wiring unit quantity is identical, various wirings device
On threading opening open up location dislocation setting, and on cabinet body same side from back to front direction in position reduce form arrangement.
It so can reduce the crowded property of wiring, and reserve more heat-dissipating spaces for shelf front end.The eyelet strip is according to threading opening
The position opened up is fixedly connected in cabling channel groove top, and closed plate is then used to fill up the other positions of cabling channel groove top.
In practical applications, cabling channel can take various forms and be configured, and can such as use and cabinet body wall integral
Structure directly stretch out to be formed in cabinet body inner wall, the server cabinet body being thusly-formed be integral product；It can also for another example use whole
The slot structure component of body, is made of acryl plates or sheet metal, is fixedly connected by accessories such as screws with cabinet body side, such as
This can be used as the additional accessory product of certain server cabinet body；For another example it can also pass through screw etc. using two L-type thin-wall boards
Accessory is fixedly connected with cabinet body side, using cabinet body side wall as the form design of cabling channel slot bottom, so also can be used as additional match
Part product, and reduce material utilization amount to a certain extent.
Specifically, wiring and the folding of sealing plate in cabling channel for convenience, the sealing plate is in the cabling channel close to putting
Frame side is connected by articulate therewith, and is connected by a snap therewith in the cabling channel other side.Specifically, in order to facilitate cloth
It is checked after line, the sealing plate is made of acrylic material, and the eyelet strip is made of acrylic material or metal material, is adopted
It is mainly to guarantee that thread position is stablized with metal material.In order to protect cable from the extension in slot, the threading set is adopted
It is made of soft rubber or silica gel.In order to facilitate cable placement, the poly- line card is in anchor ear shape.
The cable in each slot selects pick-and-place for convenience, and the select switch includes placing along the groove depth direction of cabling channel
The substrate 21 in strip, be connected to substrate top and with the matched clamping portion 22 of the bayonet, connect juxtaposition with clamping portion
It is hinged with substrate bottom end and form the buckling parts 24 at least one arc-shaped snap ring portion 25 in the label portion 23 outside cabling channel,
Be set to the clasp nail portion 26 on buckling parts, and be set on substrate and with matched button hole portion 27 of clasp nail portion, wherein the button
Nail portion is located at the buckling parts close to one end of cabling channel groove top.It is that the cable that can also make in each slot is set by select switch
It further arranges, realizes the ordering combing of cable arrangement.
For the ease of select switch in the placement of different location, extension 28 is additionally provided between the substrate and clamping portion.It should
Extension can be set as different length according to the actual situation, to make multiple select switch can be to cabling channel after being arranged side by side
Interior space is suitably separated.
When the utility model is used, corresponding server host is disposed on shelf, (mainly by the cable for needing to lay
Data transmission cable) it is arranged in slot from cabling channel lower part, all cables are fixed by poly- line card is unified, corresponding respective server master
The cable of machine is pierced by from corresponding threading opening and connect with server host, then by each server host connection cables point
Group, every group is answered cable with a select switch stationary phase respectively, the quantity and the number of cables in the group in the snap ring portion on select switch
Matching makes each snap ring portion buckle a cable as far as possible, so that every group of cable is in be arranged side by side in slot, due to setting on select switch
The extension set can make every row of every group of cable arranged side by side again, to form extremely orderly wiring effect in cabling channel
Then fruit engages the clamping portion of select switch with the bayonet on cabling channel, and corresponding label is filled in or pasted in label portion,
So that the wiring in subsequent operation and maintenance is searched and is identified, while several select switch constitute one group to line in same installation position
One point of cable plays fixed function, if cabling channel is long, multiple groups select switch can be set to guarantee that the entirety of cable is solid
Determine effect, finally covers sealing plate and complete cable laying, extra cable will not be made to shed, there is wiring in cabinet body methodically
Sequence.
When needing to safeguard the connection of certain cable, due to the fixed function of select switch, cable will not be made by opening sealing plate
Separation sheds, and selects corresponding select switch according to the label recorded in label portion, can easily pick out this cable, no
The laying that will affect other group of cable greatly facilitates maintenance process, the cable is put back to select switch simultaneously again after the completion of maintenance
Select switch is put back into cabling channel, restores orderly wiring condition.
Previous cable is laid not only more in a jumble, but also is also easy to shed when maintenance, and in previous a lot of cables
The interaction that can cause other cables when certain cable of middle maintenance mostly causes corresponding server host interface connection unstable,
The normal operation of server host is influenced, and by the use of the utility model, it will not be right in single or part maintaining cables
Other neighbouring cables impact, to ensure that the normal table operation of other server hosts, from side service hoisting
The operation stability of cabinet type server.
Above-described embodiment is only the preferred embodiment of the utility model, is not intended to limit the scope of the present invention,
In every case the design principle of the utility model is used, and carries out the non-creative variation worked and made on this basis, it should all
Belong within the protection scope of the utility model.
Claims (8)
1. a kind of big data server cabinet body structure has the cabinet body of cabinet door including front, and is in up and down direction in cabinet body
What is be arranged is used to dispose several shelves of server host, and a spacing is wherein kept to constitute cloth between shelf front end and cabinet door
Space of lines, which is characterized in that the cabinet body interior front is equipped with the connecton layout for arranging wiring trend, is located at the cloth
The side of space of lines, the connecton layout are formed by multiple trends along longitudinal direction and in the wiring unit laterally arranged；
The wiring unit include slot bottom it is connected to the cabinet body for dispose cable in the cabling channel being longitudinally oriented, be placed in cabling
The eyelet strip and sealing plate for closing its groove top lid on slot, 1-5 are opened in the shelf position on eyelet strip and with corresponding continuous adjacent
Corresponding threading opening is set, the threading set being installed on threading opening is placed in cabling channel and stretches out the select switch of cabling channel, and
It is set to the poly- line card of cabling channel longitudinal direction bottom, wherein the quantity of select switch and the number of threading opening are corresponding, the cabling channel
The bayonet fixed for select switch is offered in groove top, the eyelet strip is fixedly connected with cabling channel, the sealing plate and cabling channel
It is flexibly connected；
The quantity Matching of threading opening quantity on all wiring units and all shelves, the threading opening on various wirings device open up
Location dislocation setting, and form arrangement is gradually decreased in position on cabinet body side from back to front direction.
2. a kind of big data server cabinet body structure according to claim 1, which is characterized in that the sealing plate it is described walk
Wire casing is connected by articulate therewith close to shelf side, and is connected by a snap therewith in the cabling channel other side.
3. a kind of big data server cabinet body structure according to claim 1, which is characterized in that the sealing plate is using sub- gram
Dead-wood material is made, and the eyelet strip is made of acrylic material or metal material.
4. a kind of big data server cabinet body structure according to claim 1, which is characterized in that the threading set is using soft
Property rubber or silica gel are made.
5. a kind of big data server cabinet body structure according to any one of claims 1 to 4, which is characterized in that the cloth
Line apparatus is located at two insides of cabinet body front, and each inside setting wiring unit quantity is identical, the threading opening on various wirings device
Location dislocation setting is opened up, and reduces form arrangement in position on cabinet body same side from back to front direction.
6. a kind of big data server cabinet body structure according to any one of claims 1 to 4, which is characterized in that the choosing
Line device include along cabling channel groove depth direction place the substrate in strip, be connected to substrate top and with the bayonet
The clamping portion matched connect the label portion being placed in outside cabling channel with clamping portion, hinged with substrate bottom end and form at least one and be in
The buckling parts in the snap ring portion of arc is set to the clasp nail portion on buckling parts, and is set on substrate and matched with clasp nail portion
Button hole portion, wherein the clasp nail portion is located at the buckling parts close to one end of cabling channel groove top.
7. a kind of big data server cabinet body structure according to claim 6, which is characterized in that the substrate and clamping portion
Between be additionally provided with extension.
8. a kind of big data server cabinet body structure according to claim 6, which is characterized in that the poly- line card is in anchor ear
Shape.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820706023.8U CN208113173U (en) | 2018-05-11 | 2018-05-11 | A kind of big data server cabinet body structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820706023.8U CN208113173U (en) | 2018-05-11 | 2018-05-11 | A kind of big data server cabinet body structure |
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| Publication Number | Publication Date |
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| CN208113173U true CN208113173U (en) | 2018-11-16 |
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ID=64115155
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| Application Number | Title | Priority Date | Filing Date |
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| CN201820706023.8U Active CN208113173U (en) | 2018-05-11 | 2018-05-11 | A kind of big data server cabinet body structure |
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| Country | Link |
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| CN (1) | CN208113173U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112654199A (en) * | 2020-12-11 | 2021-04-13 | 苏州浪潮智能科技有限公司 | Circuit arrangement server rack |
-
2018
- 2018-05-11 CN CN201820706023.8U patent/CN208113173U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112654199A (en) * | 2020-12-11 | 2021-04-13 | 苏州浪潮智能科技有限公司 | Circuit arrangement server rack |
| CN112654199B (en) * | 2020-12-11 | 2022-06-17 | 苏州浪潮智能科技有限公司 | Circuit arrangement server rack |
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