CN107626951A - A kind of big data server unit - Google Patents
A kind of big data server unit Download PDFInfo
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- CN107626951A CN107626951A CN201710840543.8A CN201710840543A CN107626951A CN 107626951 A CN107626951 A CN 107626951A CN 201710840543 A CN201710840543 A CN 201710840543A CN 107626951 A CN107626951 A CN 107626951A
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Abstract
The invention discloses a kind of big data server unit, including support and the processing department being fixedly mounted in support, the conversion chamber of the interior setting that stretched provided with left and right of processing department, the axle sleeve for providing the setting that stretches up and down is worn on the left of conversion chamber in section, the section that stretches at the top of axle sleeve is visited into the inner roof wall of section on the left of conversion chamber and switching coordinates, the axle sleeve bottom section that stretches is visited into the inner bottom wall of section on the left of conversion chamber and switching coordinates, change and be fixedly installed the first transmission wheel on the sleeve outer surface of intracavitary, helical line is connected with screw rod in axle sleeve, agitating chamber is provided with processing department below the section that stretched on the right side of conversion chamber, the Coupling Shaft for the setting that stretches up and down is provided with the section that stretched on the right side of conversion chamber, the end pin that stretched at the top of Coupling Shaft is connected with motor；The present invention is simple in construction, easy to operate, improves operating efficiency, reduces worker's amount of labour, time saving and energy saving.
Description
Technical field
The present invention relates to big data server field, specifically a kind of big data server unit.
Background technology
Big data server needs to be arranged in special cabinet, and to make cabinet internal heat dissipating good, inner air needs
Circulation, in addition to internally thermantidote is set, it is also necessary to which drilling facilitates hot gas outwards to arrange on cabinet wall, and cupboard is before assembly
Pre-drilled heat emission hole is required on every block of cabinet plate, needs to carry out punching to the internal face of heat emission hole after piercing to pour, ensures surface
Totally, the dust suction after punching is poured to remained on surface is erased or adsorbed totally with dust collector dedicated, and whole process operation is fine, step
Rapid cumbersome, time-consuming, and cost is high, it is therefore desirable to it is a kind of can the coherent device for completing all of above task to save manpower financial capacity.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of big data server unit, and it can solve the problem that above-mentioned present
The problem of in technology.
The present invention is achieved through the following technical solutions：A kind of big data server unit of the present invention, including machine
Seat and the processing department being fixedly mounted in the support, the conversion chamber of the interior setting that stretched provided with left and right of the processing department are described
The axle sleeve for providing the setting that stretches up and down is worn on the left of conversion chamber in section, the section that stretched at the top of the axle sleeve is visited on the left of the conversion chamber
Section inner roof wall in and switching coordinate, the axle sleeve bottom stretch section visit into it is described conversion chamber on the left of section inner bottom wall in and transfer
Coordinate, be fixedly installed the first transmission wheel on the sleeve outer surface of the conversion intracavitary, helical line coordinates in the axle sleeve
Screw rod is connected with, agitating chamber is provided with the processing department changed below the section that stretched on the right side of chamber, is stretched on the right side of the conversion chamber
Prolong the Coupling Shaft that the setting that stretches up and down is provided with section, the end pin that stretched at the top of the Coupling Shaft is connected with motor, the motor
Outer surface is arranged on the right side of the conversion chamber in the inner roof wall of section and is fixedly connected, the Coupling Shaft bottom stretch section wear pass through it is described
The processing department and switching between agitating chamber and the conversion chamber coordinate, and the Coupling Shaft bottom end pin that stretches is visited and mixed described in
Intracavitary is stirred, agitating leaf, change intracavitary described turn are fixedly installed on the Coupling Shaft outer surface of the agitating intracavitary
The second transmission wheel is fixedly installed on spindle outer surface, second transmission wheel is connected with conversion with first transmission wheel
Band, is provided with the siphunculus of setting of stretching up and down in the processing department on the right side of the conversion chamber, the siphunculus bottom stretch end pin with
The agitating chamber right hand top leads to setting, and the end pin that stretched at the top of the siphunculus leads to provided with diversion cavity, and the diversion cavity is set
The drilling to be connected with the screw rod is provided with the processing department top surface, in the processing department below the axle sleeve
Processing unit (plant), the support bottom surface are fixedly installed the foot-supporting frame in fore-and-aft direction extension, the foot-supporting frame and the support bottom
Multiple rows of reinforcing plate is fixedly installed between face.
Preferably technical scheme, the Drilling operation device, which includes being arranged on below the axle sleeve and worn, passes through described add
The sliding hole is passed through in the sliding hole of Ministry of worker bottom surface and wearing and both sides stretch the first sliding chamber of setting to the left and right, and described first slides
Connect the section that stretches on the right side of chamber to be located at the lower position of the agitating chamber and lead to setting, the described first sliding intracavitary is sliding to be combined with a left side
The right side is stretched the sliding plate of upper setting, and the end pin that stretched on the left of the sliding plate is visited into the described first sliding chamber on the left of the sliding hole
Interior and sliding cooperation, the end pin that stretches on the right side of the sliding plate are visited into the described first sliding intracavitary on the right side of the sliding hole and sliding
Coordinate, the spring coil being connected with the sliding plate left end face is provided with the described first sliding chamber inner left wall, it is described sliding
It is provided with section on the left of plate and leads to the dead slot being provided with the sliding hole, is provided with temporary storage part on the right side of the sliding plate in section, described the
The second sliding chamber of the setting that stretches downwards, the described second sliding chamber are provided with the sliding hole inner left wall on the upside of one sliding chamber
Stretch end pin and the described first sliding top of chamber below the described second sliding chamber of bottom leads to settings, sliding in the sliding hole
Boring bar is combined with, end pin is fixedly connected with setting, the boring bar bottom with screw rod bottom end pin at the top of the boring bar
Section, which is worn, passes through the dead slot and mating connection, and boring bar bottom end pin is visited into the sliding hole below the described first sliding chamber
It is interior, it is fixedly installed miter in the dead slot on the left of the boring bar, the described second sliding intracavitary is sliding to be combined with and institute
State be fixedly connected at the top of outer wall on the left of boring bar it is lower by block.
Preferably technical scheme, the described first sliding chamber between the sliding hole and agitating bottom of chamber portion end pin
Lead on the right side of the sliding hole on the downside of inner bottom wall and the first sliding chamber between inwall provided with emptying groove.
The beneficial effects of the invention are as follows：
1. end pin is connected with motor by being stretched at the top of Coupling Shaft, motor outer surface is arranged on the interior top of section on the right side of conversion chamber
In wall and it is fixedly connected, the Coupling Shaft bottom section that stretches is worn and passes through agitating chamber and change processing department between chamber and switching coordinates, switching
The axle bottom end pin that stretches is visited into agitating intracavitary, and agitating leaf is fixedly installed on the Coupling Shaft outer surface of agitating intracavitary, changes intracavitary
Coupling Shaft outer surface on be fixedly installed the second transmission wheel, the second transmission wheel and the first transmission wheel mating connection transfer zone, conversion
Set the siphunculus of setting of stretching up and down in processing department on the right side of chamber, the siphunculus bottom end pin that stretches leads to agitating chamber right hand top and set
Put, the end pin that stretched at the top of siphunculus, which leads to, sets diversion cavity, and diversion cavity is arranged in processing department top surface, is set in the processing department below axle sleeve
To the Drilling operation device being connected with screw rod, agitating work and boring bar oscilaltion work are automatically controlled so as to realize
Make, reduce worker's amount of labour, it is time saving and energy saving, improve operating efficiency.
2. include being arranged on below axle sleeve and wearing to pass through the sliding hole of processing department bottom surface and wear passing through by Drilling operation device
Sliding hole and to the left and right both sides stretch the first sliding chamber of setting, and the section that stretched on the right side of the first sliding chamber is located at the lower orientation of agitating chamber
Put and lead to setting, the sliding plate of first sliding sliding cooperation of intracavitary or so upper setting that stretches, slip the end pin spy that stretched on the left of plate
First entered on the left of sliding hole slips intracavitary and sliding cooperation, and the end pin that stretched on the right side of sliding plate is visited into the first cunning on the right side of sliding hole
Intracavitary and sliding cooperation are connect, the spring coil being connected with sliding plate left end face is set in the first sliding chamber inner left wall, slips plate
Set in the section of left side and lead to the dead slot set with sliding hole, set temporary storage part in section on the right side of sliding plate, boring bar is automatically controlled so as to realize
Realized while lifting drilling and automatically control processing, improve operating efficiency.
3. the present invention is simple in construction, easy to operate, realization realizes automatic control while automatically controlling boring bar lifting drilling
System processing, improves operating efficiency, meanwhile, worker's amount of labour is reduced, it is time saving and energy saving, improve operating efficiency.
Brief description of the drawings
For ease of explanation, the present invention is described in detail by following specific embodiment and accompanying drawing.
Fig. 1 is overall structure diagram inside a kind of big data server unit of the present invention；
Fig. 2 be the present invention the lower inclined-plane by block and mitered towards inclined-plane top pressure when structural representation；
Fig. 3 is the structural representation when temporary storage part of the present invention leads to emptying groove top portion；
Fig. 4 is a kind of big data server unit side view of the present invention.
Embodiment
As Figure 1-Figure 4, a kind of big data server unit of the invention, including support 5 and it is fixedly mounted on institute
The processing department 6 in support 5 is stated, the conversion chamber 64 for the setting that stretched in the processing department 6 provided with left and right, the conversion left side section of chamber 64
The axle sleeve 641 for providing the setting that stretches up and down is inside worn, the section that stretched at the top of the axle sleeve 641 is visited into the conversion left side section of chamber 64
In inner roof wall and switching coordinates, and the bottom of axle sleeve 641 section that stretches is visited into the inner bottom wall of the conversion left side section of chamber 64 and turning
Cooperation is connect, the first transmission wheel 642, the axle sleeve 641 are fixedly installed on the outer surface of the axle sleeve 641 changed in chamber 64
Interior helical line is connected with screw rod 611, and agitating chamber is provided with the processing department 6 changed below the section that stretched on the right side of chamber 64
65, described to change the Coupling Shaft 643 that the setting that stretches up and down is provided with the section that stretched on the right side of chamber 64, the top of Coupling Shaft 643 stretches
End pin is connected with motor 644, and the outer surface of motor 644 is arranged in the inner roof wall of the conversion right side section of chamber 64 and solid
Fixed connection, the bottom of Coupling Shaft 643 section that stretches wear the processing department 6 passed through between the agitating chamber 65 and the conversion chamber 64
And switching coordinates, the bottom of Coupling Shaft 643 end pin that stretches is visited into the agitating chamber 65, described turn in the agitating chamber 65
Agitating leaf 651 is fixedly installed on the outer surface of spindle 643, is fixed on the outer surface of the Coupling Shaft 643 changed in chamber 64
The second transmission wheel 645 is provided with, second transmission wheel 645 is connected with transfer zone 646 with first transmission wheel 642,
It is provided with the siphunculus 66 for the setting that stretches up and down in the processing department 6 on conversion chamber 64 right side, the bottom of siphunculus 66 stretches tail
The tip leads to setting with the right hand top of agitating chamber 65, and the end pin that stretched at the top of the siphunculus 66 leads to provided with diversion cavity 67, described
Diversion cavity 67 is arranged in the top surface of processing department 6, be provided with the processing department 6 of the lower section of the axle sleeve 641 to it is described
The Drilling operation device that screw rod 611 is connected, the bottom surface of support 5 are fixedly installed the foot-supporting frame in fore-and-aft direction extension
51, multiple rows of reinforcing plate 52 is fixedly installed between foot-supporting frame 51 and the support 5 bottom surface.
Valuably, the Drilling operation device includes being arranged on the lower section of axle sleeve 641 and wearing passing through the bottom surface of processing department 6
Sliding hole 61 and wearing pass through the sliding hole 61 and both sides stretch the first sliding chamber 62 of setting to the left and right, described first is sliding
The section that stretched on the right side of chamber 62 is located at the lower position of the agitating chamber 65 and leads to setting, slips and coordinates in the described first sliding chamber 62
There is left and right to stretch the sliding plate 620 of upper setting, the sliding left side of plate 620 end pin that stretches visits the institute into the sliding left side of hole 61
State in the first sliding chamber 62 and slip and coordinate, the end pin that stretched on the right side of the sliding plate 620 visits the institute into the sliding right side of hole 61
State in the first sliding chamber 62 and it is sliding coordinate, be provided with the described first sliding inner left wall of chamber 62 and the left side of sliding plate 620
The spring coil 621 that end face is connected, interior be provided with of the sliding left side section of plate 620 lead to the dead slot being provided with the sliding hole 61
6202, the sliding right side section of plate 620 is interior to be provided with temporary storage part 6201, and the sliding hole 61 of the described first sliding upside of chamber 62 is left
It is provided with the second sliding chamber 63 of the setting that stretches downwards in the inwall of side, the described second sliding bottom of chamber 63 stretches end pin and described second
Setting is led at the described first sliding top of chamber 62 of the sliding lower section of chamber 63, is slipped in the sliding hole 61 and is combined with boring bar 610,
The top end pin of boring bar 610 is fixedly connected with setting with the bottom end pin of screw rod 611, and the bottom stage of boring bar 610 is worn
Pass through the dead slot 6202 and be connected, the bottom end pin of boring bar 610 is visited into the described of the described first sliding lower section of chamber 62
In sliding hole 61, miter 6203 is fixedly installed in the dead slot 6202 in the left side of boring bar 610, described second is sliding
Slipped in chamber 63 be combined be fixedly connected with the top of the left side outer wall of the boring bar 610 it is lower by block 630, so as to realize automatic control
The lifting of boring bar 610 drilling processed, improves operating efficiency.
Valuably, the described first sliding inner bottom wall of chamber 62 between the sliding hole 61 and the bottom end pin of the agitating chamber 65
Lead between the sliding right side inwall of hole 61 of the described first sliding downside of chamber 62 provided with emptying groove 68, it is automatic so as to realize
Feed flow, improve the operating efficiency of processing.
During original state, when boring bar 610 is located at the top position in sliding hole 61, now, the bottom tail of boring bar 610
The tip is positioned at emptying groove 68 with the sliding hole 61 above the sliding connection of hole 61, making the bottom end pin of boring bar 610 at utmost
Position away from emptying groove 68 with the sliding connection of hole 61, meanwhile, driven down by boring bar 610 and slide into second by block 630
Top position in sliding chamber 63, now, by block 630 at utmost away from the first sliding chamber 62 under making, meanwhile, slip plate
620, by the pressure on top surface of spring coil 621, make the sliding right side end pin of plate 620 be offseted with the first sliding right side inwall of chamber 62, now, make cunning
Temporary storage part 6201 in the right side section of fishplate bar 620 is located at the position directly below of the bottom end of agitating chamber 65 and leads to setting, meanwhile, make cunning
Temporary storage part 6201 in the right side section of fishplate bar 620 now, makes the miter in dead slot 6202 at utmost away from emptying groove 68 side
6203 are slidably matched with the left outer surface top pressure of boring bar 610, meanwhile, make the right side inwall of dead slot 6202 at utmost away from drilling
The right side outer surface of bar 610.
When needing processing, punching is poured poured into liquid in diversion cavity 67 first, now, punching is poured to be slipped into liquid through diversion cavity 67
In siphunculus 66, then slipped into through siphunculus 66 in agitating chamber 65, now, drive Coupling Shaft 643 to rotate by motor 644, Jin Eryou
Coupling Shaft 643 drives the second transmission wheel 645 and agitating leaf 651 to rotate, and is persistently rotated and is realized in agitating chamber 65 by agitating leaf 651
Rush pour with liquid uniform stirring work, meanwhile, pour rushing in agitating chamber 65 and be slides quickly into liquid in temporary storage part 6201, now,
Drive the first transmission wheel 642 to rotate by the transfer zone 646 in the second transmission wheel 645, and then axle sleeve is driven by the first transmission wheel 642
641 rotate, meanwhile, the slide downward of boring bar 610 of screw rod 611 and the bottom of screw rod 611 is driven by axle sleeve 641, now, by boring
Vent stem 610 drives lower block 630 of pressing gradually to be slided along the second sliding bottom direction of chamber 63, until boring bar 610 as shown in Figure 3 drives
Under offseted by the inclined-plane on block 630 and the inclined-plane on miter 6203, now, the bottom end pin of boring bar 610 stretches out the bottom of processing department 6
Outside face, meanwhile, the right side outer surface of boring bar 610 and the emptying groove 68 of the sliding right side inwall of hole 61 is compressed sliding cooperation, then
Continue the slide downward of boring bar 610 that control is driven screw rod 611 and the bottom of screw rod 611 by axle sleeve 641, now, by boring bar
It is slidably matched under 610 drives by the inclined-plane on block 630 and the inclined-plane top pressure on miter 6203, meanwhile, make the band of miter 6203
Dynamic sliding plate 620 overcomes left direction of the pressure on top surface of spring coil 621 gradually into the first sliding chamber 62 to slide, until such as Fig. 4 institutes
When being slid completely under showing by block 630 in dead slot 6202, now, miter 6203 is set to drive sliding plate 620 at utmost to overcome spring
The left-most position that the pressure on top surface of circle 621 is slid into the first sliding chamber 62, meanwhile, make the right side inwall of dead slot 6202 and boring bar
610 right side outer surface top pressures are slidably matched, meanwhile, the bottom end of boring bar 610 is at utmost stretched out outside the bottom surface of processing department 6 and visit
Enter and bore operation is completed in plate, now, the surface position for making the temporary storage part 6201 in sliding plate 620 slide into emptying groove 68
Put, pour rushing in temporary storage part 6201 and slid completely in emptying groove 68 with liquid, Coupling Shaft 643 is then driven by motor 644
Rotate backward, meanwhile, drive the first transmission wheel 642 reverse by transfer zone 646 by the second transmission wheel 645 in Coupling Shaft 643
Rotate, and then drive axle sleeve 641 to rotate backward by the first transmission wheel 642, until driving screw rod 611 and screw rod by axle sleeve 641
When the boring bar 610 of 611 bottoms is moved to initial position, now, empty rushing in groove 68 pour with liquid through sliding hole 61 slide into
In plate after drilling, so as to be automatically performed processing.
The beneficial effects of the invention are as follows：
1. end pin is connected with motor by being stretched at the top of Coupling Shaft, motor outer surface is arranged on the interior top of section on the right side of conversion chamber
In wall and it is fixedly connected, the Coupling Shaft bottom section that stretches is worn and passes through agitating chamber and change processing department between chamber and switching coordinates, switching
The axle bottom end pin that stretches is visited into agitating intracavitary, and agitating leaf is fixedly installed on the Coupling Shaft outer surface of agitating intracavitary, changes intracavitary
Coupling Shaft outer surface on be fixedly installed the second transmission wheel, the second transmission wheel and the first transmission wheel mating connection transfer zone, conversion
Set the siphunculus of setting of stretching up and down in processing department on the right side of chamber, the siphunculus bottom end pin that stretches leads to agitating chamber right hand top and set
Put, the end pin that stretched at the top of siphunculus, which leads to, sets diversion cavity, and diversion cavity is arranged in processing department top surface, is set in the processing department below axle sleeve
To the Drilling operation device being connected with screw rod, agitating work and boring bar oscilaltion work are automatically controlled so as to realize
Make, reduce worker's amount of labour, it is time saving and energy saving, improve operating efficiency.
2. include being arranged on below axle sleeve and wearing to pass through the sliding hole of processing department bottom surface and wear passing through by Drilling operation device
Sliding hole and to the left and right both sides stretch the first sliding chamber of setting, and the section that stretched on the right side of the first sliding chamber is located at the lower orientation of agitating chamber
Put and lead to setting, the sliding plate of first sliding sliding cooperation of intracavitary or so upper setting that stretches, slip the end pin spy that stretched on the left of plate
First entered on the left of sliding hole slips intracavitary and sliding cooperation, and the end pin that stretched on the right side of sliding plate is visited into the first cunning on the right side of sliding hole
Intracavitary and sliding cooperation are connect, the spring coil being connected with sliding plate left end face is set in the first sliding chamber inner left wall, slips plate
Set in the section of left side and lead to the dead slot set with sliding hole, set temporary storage part in section on the right side of sliding plate, boring bar is automatically controlled so as to realize
Realized while lifting drilling and automatically control processing, improve operating efficiency.
3. the present invention is simple in construction, easy to operate, realization realizes automatic control while automatically controlling boring bar lifting drilling
System processing, improves operating efficiency, meanwhile, worker's amount of labour is reduced, it is time saving and energy saving, improve operating efficiency.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any
The change or replacement expected without creative work, it should all be included within the scope of the present invention.Therefore, it is of the invention
Protection domain should be determined by the scope of protection defined in the claims.
Claims (3)
1. a kind of big data server unit, including support and the processing department that is fixedly mounted in support, it is characterised in that：Add
Left and right is provided with the Ministry of worker to stretch the conversion chamber of setting, and the axle sleeve for providing the setting that stretches up and down, axle sleeve are worn in section on the left of conversion chamber
The top section that stretches is visited into the inner roof wall of section on the left of conversion chamber and switching coordinates, and the axle sleeve bottom section that stretches is visited into section on the left of conversion chamber
Inner bottom wall in and switching coordinate, change and the first transmission wheel be fixedly installed on the sleeve outer surface of intracavitary, helical line in axle sleeve
Screw rod is connected with, changes and agitating chamber is provided with the processing department below the section that stretched on the right side of chamber, set in the section that stretched on the right side of conversion chamber
There is the Coupling Shaft for the setting that stretches up and down, the end pin that stretched at the top of Coupling Shaft is connected with motor, and motor outer surface is arranged on conversion
In the inner roof wall of section and be fixedly connected on the right side of chamber, Coupling Shaft bottom stretch section wear pass through agitating chamber and change processing department between chamber and
Switching coordinates, and the Coupling Shaft bottom end pin that stretches is visited into agitating intracavitary, is fixedly installed and is mixed on the Coupling Shaft outer surface of agitating intracavitary
Leaf is stirred, changes and the second transmission wheel is fixedly installed on the Coupling Shaft outer surface of intracavitary, the second transmission wheel coordinates with the first transmission wheel
Transfer zone is connected with, changes the siphunculus that the setting that stretches up and down is provided with the processing department on the right side of chamber, siphunculus bottom stretches end pin with mixing
Stirring chamber right hand top and lead to setting, the end pin that stretched at the top of siphunculus leads to provided with diversion cavity, and diversion cavity is arranged in processing department top surface,
The Drilling operation device to be connected with screw rod is provided with processing department below axle sleeve, support bottom surface is fixedly installed preceding
Rear is fixedly installed multiple rows of reinforcing plate to the foot-supporting frame of extension between foot-supporting frame and support bottom surface.
A kind of 2. big data server unit according to claim 1, it is characterised in that：The Drilling operation device includes
It is arranged on below the axle sleeve and wears the sliding hole for passing through the processing department bottom surface and wear and passes through the sliding hole and to the left and right both sides
Stretched the first sliding chamber of setting, and the section that stretched on the right side of the described first sliding chamber, which is located at the lower position of the agitating chamber and led to, to be set
Put, the described first sliding intracavitary is sliding to be combined with left and right and stretch the sliding plate of upper setting, and stretch end pin spy on the left of the sliding plate
Described first entered on the left of the sliding hole slips intracavitary and sliding cooperation, and the end pin that stretched on the right side of the sliding plate is visited into the cunning
Connect the described first sliding intracavitary on the right side of hole and it is sliding coordinate, be provided with the described first sliding chamber inner left wall and the sliding plate
The spring coil that left end face is connected, interior be provided with of the sliding plate left side section leads to the dead slot being provided with the sliding hole, described
Temporary storage part is provided with the right side of sliding plate in section, the described first interior be provided with of the sliding hole inner left wall for slipping on the upside of chamber stretches downwards
The the second sliding chamber set, the described second sliding bottom of chamber portion stretch end pin and described first below the described second sliding chamber it is sliding
Top of chamber leads to setting, is slipped in the sliding hole and is combined with boring bar, end pin and the screw rod bottom at the top of the boring bar
End pin is fixedly connected with setting, and the boring bar bottom stage, which is worn, passes through the dead slot and mating connection, and boring bar bottom end pin is visited
Enter in the sliding hole below the described first sliding chamber, mitered is fixedly installed in the dead slot on the left of the boring bar
Face, the described second sliding intracavitary is sliding be combined be fixedly connected with the top of outer wall on the left of the boring bar it is lower by block.
A kind of 3. big data server unit according to claim 1, it is characterised in that：The sliding hole and the agitating
The described first sliding intracavitary bottom wall between bottom of chamber portion end pin and inwall on the right side of the sliding hole on the downside of the described first sliding chamber
Between lead to provided with emptying groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710840543.8A CN107626951B (en) | 2017-09-18 | 2017-09-18 | A kind of big data server unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710840543.8A CN107626951B (en) | 2017-09-18 | 2017-09-18 | A kind of big data server unit |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107626951A true CN107626951A (en) | 2018-01-26 |
| CN107626951B CN107626951B (en) | 2018-09-21 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710840543.8A Expired - Fee Related CN107626951B (en) | 2017-09-18 | 2017-09-18 | A kind of big data server unit |
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| Country | Link |
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| CN (1) | CN107626951B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116160033A (en) * | 2023-03-14 | 2023-05-26 | 郝信兵 | Big data server device |
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|---|---|---|---|---|
| JP2012132257A (en) * | 2010-12-22 | 2012-07-12 | Ftes Kk | Drilling method for electrode material burying hole and drilling device used for the same |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN107626951B (en) | 2018-09-21 |
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Effective date of registration: 20180801 Address after: 100089 Beijing Haidian District Zhongguancun South Avenue a 12, 1, thirteen, 1506 units. Applicant after: Beijing Zhongke Tuota Technology Co., Ltd. Address before: 315100 No. 223, two industrial and Trade Road, Ji Shi Gang Town, Yinzhou District, Ningbo, Zhejiang Applicant before: Zhan Chuofei |
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