The content of the invention
The technical problems to be solved by the invention are to provide a kind of big data server, can solve above-mentioned present technology
The problem of middle.
The present invention is achieved through the following technical solutions:The present invention a kind of big data server, including pedestal with
And be arranged on the saving case at the top of the pedestal, be equipped with saving chamber in the saving case, saving bottom of chamber portion's intercommunication be equipped with to
Under stretch and visit the back taper chamber of the pedestal, conduction chamber, the conduction are equipped in the saving case on the right side of the saving chamber
Intracavitary is equipped with the first cone runner, and the first cone runner left end is fixedly installed the agitating axis for the setting that stretches to the left, described to mix
It stirs on the left of axis the section that stretches to lead to the saving case worn between the conduction chamber and the saving chamber and transfer therewith, the agitating axis
Left side stretches tip spy to the saving intracavitary and transfers with the saving chamber inner left wall, and back taper bottom of chamber portion's intercommunication is equipped with
Both sides stretch the first sliding slot of setting to the left and right, and sliding chamber is equipped in the pedestal below the described first sliding slot, described
It is equipped with the pipe that connects for the setting that stretches up and down in the pedestal on the left of sliding chamber, the tube top portion that connects stretches tip and described the
Bottom intercommunication on the left of one sliding slot is set, the drilling control of the interior setting that stretches equipped with left and right of the pedestal on the right side of the sliding chamber
Tube chamber, the section that stretches on the left of the drilling keyholed back plate chamber stretch the lower position of section on the right side of the described first sliding slot, the drilling
The section that stretches on the right side of keyholed back plate chamber is oppositely arranged with the conduction bottom of chamber portion, is slipped in the described first sliding slot and is equipped with trolley shoe, described
It is equipped with saving hole in trolley shoe, spring element, the drilling keyholed back plate chamber is equipped in the described first sliding slot on the left of the trolley shoe
The left side intercommunication in the pedestal to stretch on the right side of section and the first sliding slot between section that stretches is equipped with the second sliding slot, and described the
Being slipped in two sliding slots has top to connect block, the sliding chamber with what the bottom for the tip that stretches on the right side of the trolley shoe was fixedly connected
Interior to be equipped with drilling equipment, the drilling keyholed back plate intracavitary is equipped with to drive the drilling equipment bore operation and to drive
The drilling keyholed back plate device of the first cone runner work is stated, the pedestal bottom surface is fixedly installed the foot-supporting frame in front-rear direction extension,
Multiple rows of reinforcing plate is fixedly installed between the foot-supporting frame and the pedestal bottom surface.
Preferably technical solution, the saving intracavitary roof, which leads to, is equipped with added holes, the saving intracavitary it is described
Agitating axis is equipped with agitating leaf.
Preferably technical solution, the drilling equipment include being arranged on the sliding intracavitary and oblique angle sliding therewith
Block and the sliding set for the pedestal bottom being fixed at immediately below the sliding chamber, the oblique angle block bottom are fixed with
Stretch downwards the drilling sliding-contacted rod of setting, and the drilling sliding-contacted rod bottom section that stretches leads to and wears the sliding intracavitary bottom wall and stretch out institute
It states outside pedestal bottom and is slipped with the sliding set, outside the drilling sliding-contacted rod of the oblique angle block bottom of the sliding intracavitary
Surface, which is equipped with, returns spring element, and the bottom of the tube section that stretches that connects leads to and wears the pedestal bottom and stretch to the pedestal bottom
Outside, it is described connect bottom of the tube stretch tip and it is described it is sliding set left outer surface between intercommunication be equipped with connecting tube.
Preferably technical solution, the pedestal bottom on the right side of the sliding set are equipped with dust exhaust apparatus, the dust suction
Device includes the first rod piece for being fixedly connected with the pedestal bottom of top and with the first rod piece bottom patch and to the left
Side stretches the second rod piece of setting, and second rod piece leaves the first rod piece one side tip and is fixedly installed cleaner head, institute
It states switching between the first rod piece left outer surface and the second rod piece outer surface of cupular part and is equipped with pressure actuated device.
Preferably technical solution, the drilling keyholed back plate device are included in sliding be arranged on the left of the drilling keyholed back plate chamber
Pushing block and be arranged on the right side of the drilling keyholed back plate chamber and the first Coupling Shaft of the front and rear setting that stretches, the pushing block top right
Side, which is equipped with to visit to described second, slips nose block sliding in slot and therewith, and the nose block is located at the institute connected on the right side of block
It states in the second sliding slot, the pushing block left end face is fixedly installed the oblique angle cross bar for the setting that stretches to the left, and the oblique angle is horizontal
The section that stretches on the left of bar is led to the pedestal worn between the sliding chamber and the drilling keyholed back plate chamber and is slipped therewith, described first turn
Convex runner is fixedly installed in spindle, the second cone runner is fixedly installed in first Coupling Shaft of the convex runner front end,
Front side, which coincide, at the top of the second cone runner is connected with third hand tap runner, and the third hand tap runner bottom is fixedly installed stretches upwards
Extended the second Coupling Shaft put, second Coupling Shaft lead to the saving worn between the conduction chamber and the drilling keyholed back plate chamber
It case and the pedestal and transfers therewith, the tip that stretches at the top of second Coupling Shaft, which is visited to the conduction intracavitary and the tip that stretches, to be consolidated
Surely be provided with left side top with described first cone runner bottom right side coincide be connected the 4th cone runner.
Preferably technical solution, stretch on front side of first Coupling Shaft tip and the drilling keyholed back plate chamber front inner wall
Switching, the first Coupling Shaft rear side tip are connected with revolution driving device.
The beneficial effects of the invention are as follows:
1. set trolley shoe by being slided in the first sliding slot, saving hole is set in trolley shoe, first on the left of trolley shoe is sliding
Set spring element in slot, in the pedestal between the section that stretches on the left of drilling keyholed back plate chamber and the section that stretches on the right side of the first sliding slot intercommunication set second
Sliding slot, second slips sliding top in slot connects block with what the bottom for the tip that stretches on the right side of trolley shoe was fixedly connected, slips chamber
Drilling equipment is inside set, drilling keyholed back plate intracavitary sets to drive drilling equipment bore operation, so as to fulfill automatic keyholed back plate cabinet twist drill hole
And work is poured in quantitative punching, improves the work efficiency that drilling punching is poured, it is time saving and energy saving.
2. the sliding pushing block being arranged on the left of drilling keyholed back plate chamber is included by the keyholed back plate device that drills and is arranged on drilling
In on the right side of keyholed back plate chamber and the first Coupling Shaft of the front and rear setting that stretches, pushing block top right side set spy and slip in slot to second and slide therewith
The nose block connect, nose block are located in the second sliding slot connected on the right side of block, and the fixed setting of pushing block left end face stretches to the left
The oblique angle cross bar of setting, the section that stretches on the left of oblique angle cross bar are led to the pedestal worn between sliding chamber and drilling keyholed back plate chamber and are slipped therewith,
Convex runner is fixedly installed in first Coupling Shaft, the second cone runner, the second cone are fixedly installed in the first Coupling Shaft of convex runner front end
Front side, which coincide, at the top of runner connects third hand tap runner, and the second switching of the setting that stretches upwards is fixedly installed in third hand tap runner bottom
Axis, the second Coupling Shaft lead to the saving case for wearing conduction chamber between the keyholed back plate chamber that drills and pedestal and transfer therewith, the second Coupling Shaft top
Portion's tip that stretches is visited to conduction intracavitary and the tip that stretches fixed setting left side top and bores runner bottom right side with first and coincide and be connected
The 4th cone runner, realize that bore operation and automatic keyholed back plate first are bored driven by rotating wheel and mixed so as to fulfill automatic keyholed back plate drilling equipment
It stirs axis and rotates realization agitating work.
3. the configuration of the present invention is simple, easy to operate, it can realize that work is poured in automatic keyholed back plate bore operation and quantitative punching, simultaneously
It can realize that automatic keyholed back plate punching is poured to be worked with liquid agitating, moreover it is possible to realize that automatic dust absorption works.
Specific embodiment
As Figure 1-Figure 5, a kind of big data server of the invention including pedestal 8 and is arranged on the pedestal 8 and pushes up
The saving case 9 in portion, the saving case 9 is interior to be equipped with saving chamber 91, and the 91 bottom intercommunication of saving chamber is equipped with and stretches and visit downwards
The back taper chamber 93 of the pedestal 8, the saving case 9 on 91 right side of saving chamber is interior to be equipped with conduction chamber 95, the conduction chamber 95
The first cone runner 951 is inside equipped with, the first cone 951 left end of runner is fixedly installed the agitating axis 94 for the setting that stretches to the left,
The section that stretches on the left of the agitating axis 94 is led to the saving case 9 worn between the conduction chamber 95 and the saving chamber 91 and is turned therewith
It connects, the tip that stretches on the left of the agitating axis 94 is visited into the saving chamber 91 and transferred with 91 inner left wall of saving chamber, institute
It states the 93 bottom intercommunication of back taper chamber and is equipped with both sides to the left and right and stretch the first sliding slot 81 of setting, the described first sliding 81 lower section of slot
Sliding chamber 82 is equipped in the pedestal 8, the setting that stretches up and down is equipped in the pedestal 8 in sliding 82 left side of chamber connects pipe
83, it is described to connect stretch at the top of pipe 83 tip and the bottom intercommunication setting in the described first sliding 81 left side of slot, the sliding chamber 82
It is equipped with left and right in the pedestal 8 on right side to stretch the drilling keyholed back plate chamber 85 of setting, 85 left side of drilling keyholed back plate chamber stretches section
Stretch section and the conduction chamber on the right side of the lower position that described first slips the section that stretches on the right side of slot 81, the drilling keyholed back plate chamber 85
95 bottoms are oppositely arranged, and are slipped in the described first sliding slot 81 and are equipped with trolley shoe 811, saving hole is equipped in the trolley shoe 811
812, the described first sliding slot 81 in 811 left side of trolley shoe is interior to be equipped with spring element 813, and 85 left side of drilling keyholed back plate chamber is stretched
Prolong section and the pedestal 8 that first sliding 81 right side of slot stretches between section in intercommunication be equipped with the second sliding slot 86, described the
Being slipped in two sliding slots 86 has top to connect block 861, institute with what the bottom for the tip that stretches on the right side of the trolley shoe 811 was fixedly connected
It states and drilling equipment is equipped in sliding chamber 82, be equipped with to drive the drilling equipment operation and use in the drilling keyholed back plate chamber 85
To drive the drilling keyholed back plate device that the first cone runner 951 works, 8 bottom surface of pedestal is fixedly installed prolongs in front-rear direction
The foot-supporting frame 61 stretched, the foot-supporting frame 61 and the pedestal are fixedly installed multiple rows of reinforcing plate 62 between 8 bottom surface.
Valuably, 91 inner roof wall of saving chamber, which leads to, is equipped with added holes 92, the agitating axis in the saving chamber 91
94 are equipped with agitating leaf 941, are poured so as to improve rushing in saving chamber 91 with liquid agitating uniformity.
Valuably, the drilling equipment include being arranged on oblique angle block 821 sliding in the sliding chamber 82 and therewith and
The sliding set 84 of 8 bottom of the pedestal immediately below the sliding chamber 82 is fixed at, 821 bottom of oblique angle block is fixed and set
There is the drilling sliding-contacted rod 822 of setting of stretching downwards, 822 bottom of the drilling sliding-contacted rod section that stretches leads to and wears bottom in the sliding chamber 82
Wall simultaneously stretches out outside 8 bottom of pedestal and sliding with the sliding set 84,821 bottom of oblique angle block in the sliding chamber 82
822 outer surface of drilling sliding-contacted rod be equipped with and return spring element 823,83 bottom of the pipe section that stretches that connects leads to and wears the seat
8 bottom of body simultaneously stretches to outside 8 bottom of pedestal, it is described connect 83 bottom of pipe stretch tip with it is described it is sliding set 84 left side appearances
Between face intercommunication be equipped with connecting tube 831, so as to by drill keyholed back plate device keyholed back plate oblique angle block 821 drive drilling sliding-contacted rod 822 to
Lower slider realizes bore operation, meanwhile, it realizes that automatic returning works by returning spring element 823, improves the work efficiency of drilling,
Reduce worker's amount of labour.
Valuably, 8 bottom of the pedestal on 84 right side of sliding set is equipped with dust exhaust apparatus 7, and the dust exhaust apparatus 7 includes
The first rod piece 71 that top is fixedly connected with 8 bottom of pedestal and with 71 bottom patch of the first rod piece and stretching to the left
Extended the second rod piece 72 put, second rod piece 72 leave the 71 one side tip of the first rod piece and are fixedly installed cleaner head
74, switching is equipped with pressure actuated device between 71 left outer surface of the first rod piece and 72 outer surface of cupular part of the second rod piece
73, the dust suction work after drilling so as to fulfill automatic keyholed back plate.
Valuably, the drilling keyholed back plate device includes the sliding pushing block 851 being arranged in 85 left side of drilling keyholed back plate chamber
And it is arranged in 85 right side of drilling keyholed back plate chamber and the first Coupling Shaft 852 of the front and rear setting that stretches, 851 top of pushing block
Right side, which is equipped with to visit to described second, slips nose block 862 sliding in slot 86 and therewith, and the nose block 862 is located at described connect
In the described second sliding slot 86 on 861 right side of block, 851 left end face of pushing block is fixedly installed the oblique of the setting that stretches to the left
Angle cross bar 856,856 left side of the oblique angle cross bar section that stretches lead to the institute worn between the sliding chamber 82 and the drilling keyholed back plate chamber 85
It states pedestal 8 and slips therewith, convex runner 853 is fixedly installed in first Coupling Shaft 852, convex 853 front end of runner
The second cone runner 854 is fixedly installed in first Coupling Shaft 852, the 854 top front side of the second cone runner, which coincide, to be connected
There is third hand tap runner 855,855 bottom of third hand tap runner is fixedly installed the second Coupling Shaft 953 of the setting that stretches upwards, institute
State the logical saving case 9 and the pedestal 8 worn between the conduction chamber 95 and the drilling keyholed back plate chamber 85 of the second Coupling Shaft 953
And transfer therewith, 953 top of the second Coupling Shaft stretches, and tip spy is interior to the conduction chamber 95 and the tip that stretches is fixedly installed
Have left side top with described first cone 951 bottom right side of runner coincide be connected the 4th cone runner 952, so as to fulfill automatic keyholed back plate
Drilling equipment realizes that bore operation and automatic keyholed back plate first bore runner 951 and 94 turns of agitating axis driven to realize agitating work.
Valuably, the tip that stretches on front side of first Coupling Shaft 852 is transferred with 85 front inner wall of drilling keyholed back plate chamber, institute
852 rear side tip of the first Coupling Shaft is stated to be connected with revolution driving device.
During original state, the protrusion on convex runner 853 is located at the right-most position in drilling keyholed back plate chamber 85, at this point, making cunning
The right-most position that block 811 is subject to the pressure on top surface of spring element 813 to be located in the first sliding slot 81 is connect, meanwhile, make 811 band of trolley shoe
The right-most position for connecting block 861 and nose block 862 being promoted to slide into the second sliding slot 86 of dynamic bottom right side, at this point, by convex
End block 862 drives pushing block 851 to slide into the drilling keyholed back plate chamber 85 of the second 86 lower right-hand side of sliding slot, meanwhile, it is that pushing block 851 is right
Side end face is left one side external surface of protrusion with convex runner 853 and is abutted against, at this point, pushing block 851 drives the oblique angle cross bar 856 in left side most
Big degree leaves sliding chamber 82, meanwhile, the saving hole 812 in trolley shoe 811 is located at 93 position directly below of back taper chamber and intercommunication is set
Put, at this point, the saving hole 812 in trolley shoe 811 is made, which utmostly to leave, connects 83 top tip of pipe, meanwhile, oblique angle block 821 by
To the pressure on top surface for returning spring element 823, the top position that oblique angle block 821 is made to be located in sliding chamber 82, at this point, making oblique angle block
821 drive drilling sliding-contacted rod 822 utmostly to visit into sliding chamber 82, meanwhile, it is located at 822 bottom tip of drilling sliding-contacted rod and connects
Take over 831 and the top position of 84 connections of sliding set, at this point, the angled end-face bottom right side and oblique angle on oblique angle block 821 are horizontal
Angled end-face on bar 856 is in relative status.
When needing drilling, punching is poured be packed into liquid by added holes 92 in saving chamber 91 first, punching is poured with liquid through saving
Chamber 91 is fallen into the saving hole 812 of 93 bottom of back taper chamber 93 and back taper chamber, then by the way that pedestal 8 is moved to needs drilling punching
The position poured then, drives the first Coupling Shaft 852 to rotate, convex runner is driven by the first Coupling Shaft 852 by revolution driving device
853 and second cone runner 854 rotate, and then by second cone runner 854 drive third hand tap runner 855 and third hand tap runner
Second Coupling Shaft 953 at 855 tops rotates, and by the second Coupling Shaft 953 the 4th cone runner 952 is driven to rotate, and then by the 4th
Cone runner 952 drives the first cone runner 951 to rotate, and mixing on agitating axis 94 and agitating axis 94 is driven by the first cone runner 951
It stirs leaf 941 and rotates realization agitating work, meanwhile, by the rotation of convex runner 853, and make the protrusion on convex runner 853 and pushing block 851
Its right end face top pressure is slidably matched, at this point, pushing block 851 is made gradually to be slided along the left direction in drilling keyholed back plate chamber 85, and by pushing away
862 left side of the drive nose of block 851 block 862 and nose block connects block 861 gradually along the left direction in the second sliding slot 86
It slides, meanwhile, the pressure on top surface for by connecting block 861 trolley shoe 811 being driven to overcome spring element 813 is gradually slipped along first along slot 81
Left direction slides, at this point, pushing block 851 gradually drives cross bar 856 left-hand end in oblique angle gradually to visit into sliding chamber 82, makes oblique angle horizontal
Angled end-face on bar 856 gradually slides top pressure with the angled end-face bottom right side on oblique angle block 821 and is connected, at this point, making oblique angle
Block 821 overcomes the pressure on top surface for returning spring element 823 to slide gradually downward downwards, and makes 822 bottom tip of drilling sliding-contacted rod gradual
It skids off outside 84 bottoms of sliding set, until the protrusion on convex runner 853 as shown in Figure 3 is located at the leftmost side position in drilling keyholed back plate chamber 85
It puts, at this point, pushing block 851 utmostly slides into the left-most position in drilling keyholed back plate chamber 85, meanwhile, it is driven tiltedly by pushing block 851
Cross bar 856 left side tip in angle is utmostly visited in sliding chamber 82, at this point, make the angled end-face of 856 left side tip of oblique angle cross bar with
Angled end-face right hand top top pressure on oblique angle block 821 is slipped, meanwhile, oblique angle block 821 is made utmostly to slide into sliding chamber 82
Bottom position, at this point, by oblique angle block 821 drilling sliding-contacted rod 822 bottom tip is driven utmostly to stretch out 84 bottoms of sliding set
It visits outside and utmostly in cabinet plate, meanwhile, block 861 is connected utmostly by the drive of nose block 862 of 851 top right side of pushing block
The leftward position in the second sliding slot 86 is slid into, at this point, the top for by connecting block 861 trolley shoe 811 being driven to overcome spring element 813
Pressure utmostly slides into the leftward position in the first sliding slot 81, meanwhile, make 812 bottom tip of saving hole and connect pipe 83
Top tip is in relative status, is connected at this point, rushing in saving hole 812 pours to be naturally fallen in liquid in pipe 83, through connecting pipe 83
After fall into connecting tube 831 and abutted against with drilling 822 left side outer wall of sliding-contacted rod, continue keyholed back plate revolution driving device and drive first turn
Spindle 852 rotates, and convex runner 853 is driven by the first Coupling Shaft 852, when so that the convex runner 853 is gradually left pushing block 851, at this point, sliding
Connecing block 811 is subject to the pressure on top surface of spring element 813 to recover to initial position, meanwhile, oblique angle block 821 is subject to return spring element 823
Pressure on top surface is restored to initial position, is fallen at this point, rushing in connecting tube 831 is poured with liquid through sliding set 84 in the hole in cabinet plate, so
It is visited afterwards by the cleaner head 74 on 73 the first rod piece of keyholed back plate 71 of pressure actuated device in cabinet plate, then, moves pedestal 8 to the left
Complete dust suction work.
The beneficial effects of the invention are as follows:
1. set trolley shoe by being slided in the first sliding slot, saving hole is set in trolley shoe, first on the left of trolley shoe is sliding
Set spring element in slot, in the pedestal between the section that stretches on the left of drilling keyholed back plate chamber and the section that stretches on the right side of the first sliding slot intercommunication set second
Sliding slot, second slips sliding top in slot connects block with what the bottom for the tip that stretches on the right side of trolley shoe was fixedly connected, slips chamber
Drilling equipment is inside set, drilling keyholed back plate intracavitary sets to drive drilling equipment bore operation, so as to fulfill automatic keyholed back plate cabinet twist drill hole
And work is poured in quantitative punching, improves the work efficiency that drilling punching is poured, it is time saving and energy saving.
2. the sliding pushing block being arranged on the left of drilling keyholed back plate chamber is included by the keyholed back plate device that drills and is arranged on drilling
In on the right side of keyholed back plate chamber and the first Coupling Shaft of the front and rear setting that stretches, pushing block top right side set spy and slip in slot to second and slide therewith
The nose block connect, nose block are located in the second sliding slot connected on the right side of block, and the fixed setting of pushing block left end face stretches to the left
The oblique angle cross bar of setting, the section that stretches on the left of oblique angle cross bar are led to the pedestal worn between sliding chamber and drilling keyholed back plate chamber and are slipped therewith,
Convex runner is fixedly installed in first Coupling Shaft, the second cone runner, the second cone are fixedly installed in the first Coupling Shaft of convex runner front end
Front side, which coincide, at the top of runner connects third hand tap runner, and the second switching of the setting that stretches upwards is fixedly installed in third hand tap runner bottom
Axis, the second Coupling Shaft lead to the saving case for wearing conduction chamber between the keyholed back plate chamber that drills and pedestal and transfer therewith, the second Coupling Shaft top
Portion's tip that stretches is visited to conduction intracavitary and the tip that stretches fixed setting left side top and bores runner bottom right side with first and coincide and be connected
The 4th cone runner, realize that bore operation and automatic keyholed back plate first are bored driven by rotating wheel and mixed so as to fulfill automatic keyholed back plate drilling equipment
It stirs axis and rotates realization agitating work.
3. the configuration of the present invention is simple, easy to operate, it can realize that work is poured in automatic keyholed back plate bore operation and quantitative punching, simultaneously
It can realize that automatic keyholed back plate punching is poured to be worked with liquid agitating, moreover it is possible to realize that automatic dust absorption works.
The above description is merely a specific embodiment, but protection scope of the present invention is not limited thereto, any
The change or replacement expected without creative work, should be covered by the protection 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.