CN207642660U - A kind of gear blank polishing boring production line - Google Patents
A kind of gear blank polishing boring production line Download PDFInfo
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- CN207642660U CN207642660U CN201721918850.5U CN201721918850U CN207642660U CN 207642660 U CN207642660 U CN 207642660U CN 201721918850 U CN201721918850 U CN 201721918850U CN 207642660 U CN207642660 U CN 207642660U
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- drill bit
- hydraulic cylinder
- gear blank
- cabinet
- motor
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Abstract
The utility model discloses a kind of gear blank polishing boring production lines, it includes square frame (1), and hydraulic cylinder A (2) and mill (3) are provided in square frame (1)；Square frame (1) both sides are respectively arranged with No.1 bottom plate (4) and No. two bottom plates (5), and there are two guide rails (6) for connection between No.1 bottom plate (4) and No. two bottom plates (5)；It is provided with the first controller (11) on the square frame (1)；No. two bottom plates (5) side is provided with cabinet (18), and workbench (19) is provided in cabinet (18)；Workbench (19) both ends are respectively arranged with conveyer belt (20) and collection frame (21)；It is provided with first hydraulic cylinder (23) and fixed plate (24) above workbench (19)；It is provided with second controller (32) on the cabinet (18).The utility model can not only improve efficiency, also have the advantages that structural stability preferably and service life is longer.
Description
Technical field
The utility model is related to a kind of gear blank of Gear Processing industry polishing boring production lines.
Background technology
Currently, some gears in the market before being processed into finished product, need first to polish to gear blank with sander,
The precision of gear blank is improved with this, reduces the surface roughness of gear blank, then to the middle part of the gear blank after polishing
Boring work is carried out, to be cut into a keyway on the hole in the middle part of gear blank；But existing sander is to gear hair
When embryo is polished, mill polishing on one side to gear blank is first passed through, then gear blank is carried out after turn-over to gear blank
Another side polish, then the gear blank after polishing is fixed, then by the cooperations of a variety of drill bits successively to gear hair
Embryo drills, and after the completion of a gear blank drills, another gear blank is changed after which is unclamped；Upper
Speed is slower when stating in the production line of polishing and drilling the operation to gear blank, less efficient.Therefore, existing to gear hair
It there is a problem that in the production line that embryo is polished and drilled less efficient.
Utility model content
The purpose of the utility model is to provide a kind of gear blank polishing boring production lines.The utility model has effect
The higher advantage of rate.
The technical solution of the utility model：A kind of gear blank polishing boring production line, including square frame, square frame
There are two hydraulic cylinder A for interior setting；Two hydraulic cylinder A are located at the top and bottom of square frame, connect on each hydraulic cylinder A
It is connected to mill；Two mills are horizontally disposed and symmetrical, and gap is equipped between two mills；The square frame both sides difference
It is provided with No.1 bottom plate and No. two bottom plates, there are two guide rails for connection between No.1 bottom plate and No. two bottom plates；The middle part of each guide rail
It is respectively positioned in square frame, sliding block is both provided with above each guide rail；It is respectively connected with hydraulic cylinder B, each liquid above each sliding block
The clamping plate being both provided on cylinder pressure B between two mills；No.1 bottom plate side is provided with the first inductor；The side
The first controller is provided on shape frame, hydraulic cylinder A, hydraulic cylinder B and the first inductor are connect with the first controller；Described two
Number bottom plate side is provided with cabinet, and workbench is provided in cabinet；Workbench both ends are respectively arranged with conveyer belt and collection frame, pass
It send band to be connect with No. two bottom plates, first motor is connected on conveyer belt；It is provided with first hydraulic cylinder above the workbench, first
It is connected with fixed plate below hydraulic cylinder；Drill bit A, drill bit B, drill bit C and brill are disposed between the conveyer belt and collection frame
Head D；The second motor is respectively connected on drill bit A, drill bit B, drill bit C and drill bit D, each second motor is respectively positioned on fixed plate bottom end；
The workbench both sides are both provided with movable plate, and second hydraulic cylinder is respectively connected on each movable plate；The conveyer belt is close to work
The one end for making platform is provided with the second inductor；Second controller, first motor, first hydraulic cylinder, are provided on the cabinet
Two motors, second hydraulic cylinder and the second inductor are connect with second controller.
In a kind of gear blank polishing boring production line above-mentioned, it is connected with motor A between the hydraulic cylinder A and mill,
Motor A is connect with the first controller；Lead screw is threaded on each sliding block, one end of each lead screw is respectively connected with position
Motor B above guide rail, each motor B are connect with the first controller.
In a kind of gear blank polishing boring production line above-mentioned, the top surface of the top surface and No. two bottom plates of the No.1 bottom plate
In same horizontal line, No.1 bottom plate and No. two bottom plates are respectively positioned between two guide rails；The clamping plate be located at two guide rails it
Between, and above No.1 bottom plate.
In a kind of gear blank polishing boring production line above-mentioned, tank for coolant, tank for coolant are provided on the cabinet
On be connected with four coolant pipes；One end of four coolant pipes is located at the side of drill bit A, the side of drill bit B, drill bit C
Side and drill bit D side.
In a kind of gear blank polishing boring production line above-mentioned, the workbench is located at the bottom surface of cabinet, on workbench
Equipped with a word through-hole；Drill bit A, drill bit B, drill bit C and drill bit D are respectively positioned on above a word through-hole；The movable plate is located at workbench
Top, is all provided with that there are four arc sections on each movable plate.
In a kind of gear blank polishing boring production line above-mentioned, No. two bottom plates are equipped with sliding slot；The guide rail bottom
It is equipped with fluting at the position of the corresponding square frame in end；The conveyer belt both sides are both provided with limiting plate, and one end of conveyer belt is located at
In cabinet；The collection frame is located at the side of cabinet；The cabinet side, which corresponds to, is equipped with trepanning at the position of conveyer belt, cabinet is another
Side, which corresponds to, also is provided with trepanning at the position of collection frame.
Compared with prior art, the utility model improves the existing production that gear blank is polished and drilled
Line drives clamping plate by the tooth on No.1 bottom plate after first controlling hydraulic cylinder B elongations by the first controller at square frame
Blank to be taken turns to clamp, control slide block drives the gear blank being located in clamping plate to be moved between two mills to the first controller again, the
One controller controls mill pressed toward gear blanks of the hydraulic cylinder A by rotation again, and two mills of rotation are in turn to gear blank
Two faces carry out polishing work, are moved the gear blank by the first controller control slide block after the completion of the polishing of gear blank
Onto No. two bottom plates, the polishing work of a gear blank terminates, and next gear blank repeats above-mentioned working cycles simultaneously
And it is also moved on No. two bottom plates after the completion of being polished；The indirect of first motor is controlled by the second controller at cabinet
Rotation, first motor drives conveyer belt to move the gear blank indirect after having polished on conveyer belt to two
Movable plate conveys, and then second controller control second hydraulic cylinder drives two movable plates to will be delivered to gear blank folder therein
Tightly, second controller control again first hydraulic cylinder drive drill bit A, drill bit B, drill bit C and drill bit D to be clamped in two movable plates it
Between gear blank carry out boring work, and the latter gear blank can push previous gear hair under the action of conveyer belt
Embryo moves forward, and the work to drill successively of drill bit A, drill bit B, drill bit C and drill bit D to gear blank is realized with this；And then it carries
Speed when high the utility model is polished and drilled to gear blank, efficiency is higher when making utility model works.This
Outside, the utility model makes sliding block be moved on guide rail also by being threaded with lead screw on each sliding block at square frame
When structural stability it is preferable；By the way that tank for coolant and coolant pipe are arranged in cabinet, the coolant liquid in tank for coolant is through cooling
Liquid pipe is flow at corresponding drill bit A, drill bit B, drill bit C and drill bit D, and coolant liquid can be to drill bit A, drill bit B, drill bit C and brill
Head D is cooled down in drilling, improves the service life of drill bit A, drill bit B, drill bit C and drill bit D；By being equipped in movable plate
Arc section keeps movable plate more secured in gripper blank, further improves structural stability.Therefore, the utility model
Efficiency can not only be improved, also has the advantages that structural stability preferably and service life is longer.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the vertical view at square frame；
Fig. 3 is the sectional view at A-A in Fig. 2；
Fig. 4 is the structural schematic diagram at cabinet；
Fig. 5 is the sectional view at A-A in Fig. 4.
Label in attached drawing be：1- square frames, 2- hydraulic cylinders A, 3- mill, 4- No.1 bottom plates, No. bis- bottom plates of 5-, 6- are led
Rail, 7- sliding blocks, 8- hydraulic cylinders B, 9- clamping plate, the first inductors of 10-, the first controllers of 11-, 12- motors A, 13- lead screw, 14- electricity
Machine B, 15- sliding slot, 16- flutings, 17- gear blanks, 18- cabinets, 19- workbench, 20- conveyer belts, 21- collection frames, 22- first
Motor, 23- first hydraulic cylinders, 24- fixed plates, the second motor of 25- drill bits A, 26- drill bit B, 27- drill bit C, 28- drill bit D, 29-,
30- movable plates, 31- second hydraulic cylinders, 32- second controllers, 33- tank for coolants, 34- coolant pipes, mono- word through-holes of 35-, 36-
Arc section, 37- limiting plates, the second inductors of 38-.
Specific implementation mode
The utility model is further described with reference to the accompanying drawings and examples, but is not intended as to the utility model
The foundation of limitation.
Embodiment.A kind of gear blank polishing boring production line, is constituted as shown in Fig. 1 to 5, including square frame 1, rectangular
There are two hydraulic cylinder A2 for setting in frame 1；Two hydraulic cylinder A2 are located at the top and bottom of square frame 1, each hydraulic pressure
Mill 3 is respectively connected on cylinder A2；Two mills 3 are horizontally disposed and symmetrical, and gap is equipped between two mills 3；The side
1 both sides of shape frame are respectively arranged with No.1 bottom plate 4 and No. two bottom plates 5, between No.1 bottom plate 4 and No. two bottom plates 5 there are two connections
Guide rail 6；The middle part of each guide rail 6 is respectively positioned in square frame 1, and 6 top of each guide rail is both provided with sliding block 7；On each sliding block 7
Side is respectively connected with the clamping plate 9 being both provided on hydraulic cylinder B8, each hydraulic cylinder B8 between two mills 3；The No.1 bottom
4 side of plate is provided with the first inductor 10；The first controller 11, hydraulic cylinder A2, hydraulic cylinder B8 are provided on the square frame 1
It is connect with the first controller 11 with the first inductor 10；5 side of No. two bottom plates is provided with cabinet 18, is arranged in cabinet 18
There is workbench 19；19 both ends of workbench are respectively arranged with conveyer belt 20 and collection frame 21, and conveyer belt 20 is connect with No. two bottom plates 5,
First motor 22 is connected on conveyer belt 20；The top of the workbench 19 is provided with first hydraulic cylinder 23, under first hydraulic cylinder 23
Side is connected with fixed plate 24；Drill bit A25, drill bit B26, drill bit C27 are disposed between the conveyer belt 20 and collection frame 21
With drill bit D28；The second motor 29, each second motor 29 are respectively connected on drill bit A25, drill bit B26, drill bit C27 and drill bit D28
It is respectively positioned on 24 bottom end of fixed plate；19 both sides of the workbench are both provided with movable plate 30, and is respectively connected on each movable plate 30
Two hydraulic cylinders 31；The conveyer belt 20 is provided with the second inductor 38 close to one end of workbench 19；It is arranged on the cabinet 18
There are second controller 32, first motor 22, first hydraulic cylinder 23, the second motor 29, second hydraulic cylinder 31 and the second inductor 38
It is connect with second controller 32.
Motor A12 is connected between the hydraulic cylinder A2 and mill 3, motor A12 is connect with the first controller 11；It is described every
Lead screw 13 is threaded on a sliding block 7, one end of each lead screw 13 is respectively connected with the motor B14 above guide rail 6, often
A motor B14 is connect with the first controller 11；The top surface of the No.1 bottom plate 4 and the top surface of No. two bottom plates 5 are located at same water
On horizontal line, No.1 bottom plate 4 and No. two bottom plates 5 are respectively positioned between two guide rails 6；The clamping plate 9 is located between two guide rails 6, and
Above No.1 bottom plate 4；It is provided with tank for coolant 33 on the cabinet 18, four coolant pipes are connected on tank for coolant 33
34；One end of four coolant pipes 34 is located at the side of drill bit A25, the side of drill bit B26, the side of drill bit C27 and brill
The side of head D28；The workbench 19 is located at the bottom surface of cabinet 18, and workbench 19 is equipped with a word through-hole 35；Drill bit A25, it bores
Head B26, drill bit C27 and drill bit D28 are respectively positioned on 35 top of a word through-hole；The movable plate 30 is located at 19 top of workbench, each
Arc section 36 there are four being all provided on movable plate 30；No. two bottom plates 5 are equipped with sliding slot 15；6 bottom end of the guide rail corresponds to rectangular
Fluting 16 is equipped at the position of frame 1；20 both sides of the conveyer belt are both provided with limiting plate 37, and one end of conveyer belt 20 is located at machine
In case 18；The collection frame 21 is located at the side of cabinet 18；18 side of the cabinet corresponds to be equipped at the position of conveyer belt 20 and open
Hole, 18 other side of cabinet correspond to and also are provided with trepanning at the position of collection frame 21.
Operation principle：When original state, the sliding block 7 at square frame 1 is located at the left end of guide rail 6, the hydraulic cylinder on sliding block 7
B8 and clamping plate 9 also are located at the left end of guide rail 6；Two hydraulic cylinder B8 are in contraction state, and two clamping plates 9 are located at No.1 bottom plate 4
Top, the gap between two clamping plates 9 are more than the diameter of a gear blank 17, and the thickness of each clamping plate 9 is respectively less than a tooth
Take turns the thickness of blank 17；Two hydraulic cylinder A2 are also at contraction state, and the gap between two mills 3 is more than a gear blank
17 thickness；First hydraulic cylinder 23 at cabinet 18 is connect with the top of cabinet 18, and first hydraulic cylinder 23 is in contraction state, with
Fixed plate 24, the second motor 29, drill bit A25, drill bit B26, drill bit C27 and the drill bit D28 that first hydraulic cylinder 23 connects are respectively positioned on
19 top of workbench；The bottom end of drill bit A25, the bottom end of drill bit B26, the bottom end of drill bit C27 and drill bit D28 bottom end be respectively positioned on together
Gap on one horizontal line and between workbench 19 is more than the thickness of a gear blank 17；Two second hydraulic cylinders 31 are divided
It is not connect with the both sides of cabinet 18, two second hydraulic cylinders 31 are also at contraction state, are connect with two second hydraulic cylinders 31
Two movable plates 30 are located at the both sides of a word through-hole 35, and the gap between two movable plates 30 is more than a gear blank 17
Diameter；The gap between two limiting plates 37 on conveyer belt 20 is more than the diameter of a gear blank 17, and is less than two
The diameter of gear blank 17；The top of conveyer belt 20 is located at the top of workbench 19 on same horizontal line, tank for coolant 33
Inside fill coolant liquid；The top surface of sliding slot 15 on No. two bottom plates 5 is located at the top surface of conveyer belt 20 on same horizontal line, sliding slot
15 are located between two limiting plates 37.
When work, the power supply of the utility model is opened, motor A12 starts to rotate, and motor A12 band movable grinding discs 3 rotate；It is cooling
Coolant liquid in liquid case 33 starts to flow out from every coolant pipe 34, and coolant liquid flows to corresponding drill bit A25, drill bit B26, bores
The lower section of head C27 and drill bit D28, the coolant liquid flowed out in every coolant pipe 34 drill bit A25, drill bit B26, drill bit C27 and
Drill bit D28 can play cooling effect when drilling to gear blank 17；Gear blank 17 is positioned on No.1 bottom plate 4
Between two clamping plates 9, the first inductor 10 senses that the signal is passed to by the signal of gear blank 17, the first inductor 10
One controller 11, the first controller 11 control two hydraulic cylinder B8 elongations again, and two hydraulic cylinder B8 drive two clamping plates 9 to gear
17 side of blank is moved, and two clamping plates 9 in turn clamp gear blank 17；First controller 11 is controlled according still further to the program of setting
Two motor B14 rotate clockwise 10 circles, and motor B14 makes sliding block 7 along 6 side of moving right to of corresponding guide rail by lead screw 13
In shape frame 1, sliding block 7 drives hydraulic cylinder B8 and clamping plate 9 also to be moved into square frame 1, and the gear hair between two clamping plates 9
Embryo 17 is also moved between two mills 3；First controller 11 controls two hydraulic cylinder A2 elongations according still further to the program of setting,
Two hydraulic cylinder A2 drive corresponding motor A12 to be moved to gear blank 17, and motor A12 drives corresponding mill 3 to gear hair
Embryo 17 moves, and band movable grinding disc 3 polishes gear blank 17 to hydraulic cylinder A2 during elongation in turn, makes gear blank 17
Thickness be polished into production needed for thickness.
When hydraulic cylinder A2 is elongated to maximum magnitude, both sides of the hydraulic cylinder A2 with movable grinding disc 3 also complete mated gear blank 17
Polishing work, at this time the first controller 11 control two hydraulic cylinder A2 according still further to the program of setting and shrink, make two hydraulic cylinders
A2 resets, and also band movable grinding disc 3 and motor A12 reset two hydraulic cylinder A2；First controller 11 controls two motor B14 up times again
10 circle of needle rotation, motor B14 make sliding block 7 move right to the two of No. two bottom plates 5 again along corresponding guide rail 6 by lead screw 13
Side, sliding block 7 drives hydraulic cylinder B8 and clamping plate 9 also to be moved into the both sides of No. two bottom plates 5, and the polishing between two clamping plates 9
Gear blank 17 afterwards is also moved into No. two 5 tops of bottom plate；First controller 11 controls two liquid according still further to the program of setting
Cylinder pressure B8 is shunk, and two hydraulic cylinder B8 drive two clamping plates 9 to separate, the gear blank after having polished between two clamping plates 9
17 fall in the sliding slot 15 of No. two bottom plates 5, and then the first controller 11 is counterclockwise according to two motor B14 of program control of setting
20 circle of rotation, motor B14 make sliding block 7 be moved to the left to 4 top of No.1 bottom plate along corresponding guide rail 6 by lead screw 13, at this time
Sliding block 7, hydraulic cylinder B8, clamping plate 9, hydraulic cylinder A2 and mill 3 return to original state.
When needing to carry out polishing work to next gear blank 17, next gear blank 17 is positioned over No.1 bottom
The top of plate 4, the first controller 11 repeat above-mentioned step according to the program of setting, and next gear blank 17 is polished work
When being transported to No. two 5 tops of bottom plate by two clamping plates 9 after the completion of work, the gear blank 17 is by the tooth of previous completion of having polished
Wheel blank 17 pushes to the right above the sliding slot 15 of No. two bottom plates 5, and the gear blank 17 of previous completion of having polished is pushed
To between two limiting plates 37 of conveyer belt 20.
When the gear blank 17 of a completion of having polished of right end on conveyer belt 20 is by the latter gear blank
After 17 are pushed at the second inductor 38, and the gear blank 17 of right end senses signal by the second inductor 38, the second sense
Answer device 38 that the signal is passed to second controller 32, second controller 32 controls four second electricity according still further to the program set
Machine 29 starts to rotate, and each second motor 29 drives drill bit A25, drill bit B26, drill bit C27 and drill bit D28 rotations respectively, then
Second controller 32 controls 10 circle of the rotation of first motor 22 again, and first motor 22 makes the one gear blank 17 of advance of conveyer belt 20
The distance of diameter, the gear blank 17 of right end is transported on workbench 19 on conveyer belt 20 at this time, and the gear blank 17
Between two movable plates 30, it also is located at the left end of two movable plates 30, while positioned at the lower section of drill bit A25；Then second
Controller 32 controls two second hydraulic cylinders 31 according still further to the program that sets and extends, and two second hydraulic cylinders 31 drive pair respectively
The movable plate 30 answered is mobile to centre, which is clamped in the arc section on movable plate 30 by two movable plates 30 in turn
In 36；Then second controller 32 controls the elongation of first hydraulic cylinder 23 again, and first hydraulic cylinder 23 drives fixed plate 24 to move down,
Fixed plate 24 drives multiple second motors 29 and drill bit A25, drill bit B26, drill bit C27, drill bit D28 to move down, and at this time two
A gear blank 17 is only clamped between a movable plate 30, when drill bit A25, drill bit B26, drill bit C27, drill bit D28 are moved down
When only have drill bit A25 to gear blank 17 carry out boring work.
When first hydraulic cylinder 23 is elongated to range, drill bit A25 also completes the boring work of gear blank 17, this
When drill bit A25, drill bit B26, drill bit C27 and drill bit D28 bottom end be located in the word through-hole 35 on workbench 19；Second control
Device 32 is shunk according still further to the program control first hydraulic cylinder 23 set, and first hydraulic cylinder 23 drives fixed plate 24 to rise, fixed
Plate 24 and drill bit A25, drill bit B26, drill bit C27, drill bit D28 reset to origin-location, and then second controller 32 controls two again
A second hydraulic cylinder 31 is also shunk, and two second hydraulic cylinders 31 drive corresponding movable plate 30 to reset respectively, the utility model
One working cycles terminates；Then the utility model repeats above-mentioned working cycles, the second control by second controller 32 again
Device 32 controls 10 circle of the rotation of first motor 22 again, and first motor 22 makes conveyer belt 20 move on the diameter of a gear blank 17
Distance, a gear blank 17 for being now placed in right end on conveyer belt 20 is transported on workbench 19, the gear blank
17 have been pushed to the right upper one by the gear blank 17 that drill bit A25 drills, and a gear blank 17 is made to be located at drill bit B26's
Lower section, and this gear blank 17 is transported to below drill bit A25, and first hydraulic cylinder 23 is controlled by second controller 32
It drills to the two gear blanks 17 after elongation, next work is carried out again after the two gear blanks 17 are drilled
Cycle, after gear blank 17 drilled at first is all drilled by drill bit A25, drill bit B26, drill bit C27 and drill bit D28, after
The gear blank 17 is pushed into collection frame 21 and is collected by one gear blank 17, all brills of a gear blank 17
Hole work complete, and subsequent gear blank 17 continue in order by drill bit A25, drill bit B26, drill bit C27 and drill bit D28 successively
Drilling repeats the cycle of first gear blank 17；And it finally can also place the gear blank 17 of four completions that all drilled
Onto conveyer belt 20, this four gear blanks 17 repeat above-mentioned working cycles can be by last several gear blanks 17 to be drilled
It is pushed into collection frame 21 and collects from workbench 19, the utility model finishs the polishing of gear blank 17 and drillman
At.
Claims (6)
- The boring production line 1. a kind of gear blank is polished, it is characterised in that：Including square frame (1), it is arranged in square frame (1) There are two hydraulic cylinder A (2)；Two hydraulic cylinder A (2) are located at the top and bottom of square frame (1), each hydraulic cylinder A (2) On be respectively connected with mill (3)；Two mills (3) are horizontally disposed and symmetrical, and gap is equipped between two mills (3)；It is described Square frame (1) both sides are respectively arranged with No.1 bottom plate (4) and No. two bottom plates (5), No.1 bottom plate (4) and No. two bottom plates (5) it Between connection there are two guide rail (6)；It is respectively positioned in square frame (1) in the middle part of each guide rail (6), is all provided with above each guide rail (6) It is equipped with sliding block (7)；It is respectively connected with hydraulic cylinder B (8) above each sliding block (7), is both provided with positioned at two on each hydraulic cylinder B (8) Clamping plate (9) between a mill (3)；No.1 bottom plate (4) side is provided with the first inductor (10)；The square frame (1) be provided with the first controller (11) on, hydraulic cylinder A (2), hydraulic cylinder B (8) and the first inductor (10) with the first controller (11) it connects；No. two bottom plates (5) side is provided with cabinet (18), and workbench (19) is provided in cabinet (18)；Workbench (19) both ends are respectively arranged with conveyer belt (20) and collection frame (21), and conveyer belt (20) is connect with No. two bottom plates (5), conveyer belt (20) first motor (22) is connected on；It is provided with first hydraulic cylinder (23), first hydraulic cylinder above the workbench (19) (23) lower section is connected with fixed plate (24)；It is disposed with drill bit A (25) between the conveyer belt (20) and collection frame (21), bores Head B (26), drill bit C (27) and drill bit D (28)；It is all connected on drill bit A (25), drill bit B (26), drill bit C (27) and drill bit D (28) There are the second motor (29), each second motor (29) to be respectively positioned on fixed plate (24) bottom end；Workbench (19) both sides are respectively provided with There is movable plate (30), second hydraulic cylinder (31) is respectively connected on each movable plate (30)；The conveyer belt (20) is close to workbench (19) one end is provided with the second inductor (38)；It is provided with second controller (32), first motor on the cabinet (18) (22), first hydraulic cylinder (23), the second motor (29), second hydraulic cylinder (31) and the second inductor (38) be and second controller (32) it connects.
- The boring production line 2. a kind of gear blank according to claim 1 is polished, it is characterised in that：The hydraulic cylinder A (2) Motor A (12) is connected between mill (3), motor A (12) is connect with the first controller (11)；On each sliding block (7) It is threaded with lead screw (13), one end of each lead screw (13) is respectively connected with the motor B (14) above guide rail (6), often A motor B (14) connect with the first controller (11).
- The boring production line 3. a kind of gear blank according to claim 1 is polished, it is characterised in that：The No.1 bottom plate (4) top surface of top surface and No. two bottom plates (5) is located in same horizontal line, and No.1 bottom plate (4) and No. two bottom plates (5) are respectively positioned on two Between a guide rail (6)；The clamping plate (9) is located between two guide rails (6), and above No.1 bottom plate (4).
- The boring production line 4. a kind of gear blank according to claim 1 is polished, it is characterised in that：On the cabinet (18) It is provided with tank for coolant (33), four coolant pipes (34) are connected on tank for coolant (33)；The one of four coolant pipes (34) End be located at the side of (25) drill bit A, the side of drill bit B (26), drill bit C (27) side and drill bit D (28) side.
- The boring production line 5. a kind of gear blank according to claim 1 is polished, it is characterised in that：The workbench (19) Bottom surface positioned at cabinet (18), workbench (19) are equipped with a word through-hole (35)；Drill bit A (25), drill bit B (26), drill bit C (27) It is respectively positioned on above a word through-hole (35) with drill bit D (28)；The movable plate (30) is located above workbench (19), each movable plate (30) arc section (36) there are four being all provided on.
- The boring production line 6. a kind of gear blank according to any claim in claim 1 to 5 is polished, feature exist In：No. two bottom plates (5) are equipped with sliding slot (15)；Guide rail (6) bottom end corresponds to be equipped at the position of square frame (1) and open Slot (16)；Conveyer belt (20) both sides are both provided with limiting plate (37), and one end of conveyer belt (20) is located in cabinet (18)；Institute State the side that collection frame (21) is located at cabinet (18)；Cabinet (18) side corresponds to be equipped at the position of conveyer belt (20) and open Hole, cabinet (18) other side correspond to and also are provided with trepanning at the positions of collection frame (21).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721918850.5U CN207642660U (en) | 2017-12-29 | 2017-12-29 | A kind of gear blank polishing boring production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721918850.5U CN207642660U (en) | 2017-12-29 | 2017-12-29 | A kind of gear blank polishing boring production line |
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| Publication Number | Publication Date |
|---|---|
| CN207642660U true CN207642660U (en) | 2018-07-24 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721918850.5U Expired - Fee Related CN207642660U (en) | 2017-12-29 | 2017-12-29 | A kind of gear blank polishing boring production line |
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| CN (1) | CN207642660U (en) |
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| CN111922730A (en) * | 2020-08-20 | 2020-11-13 | 沈士平 | Automatic processing technology for building steel |
| CN111958255A (en) * | 2020-08-20 | 2020-11-20 | 沈士平 | Automatic building steel processing equipment |
| CN113290391A (en) * | 2021-05-28 | 2021-08-24 | 安徽省辉煌机械制造有限公司 | Automobile support machining equipment and process thereof |
| CN115179044A (en) * | 2022-07-13 | 2022-10-14 | 安徽理工大学 | Production device and production method for parts of construction lifting device |
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2017
- 2017-12-29 CN CN201721918850.5U patent/CN207642660U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109202126A (en) * | 2018-09-25 | 2019-01-15 | 华东矿用设备有限公司 | A kind of safety valve continuous processing equipment |
| CN109454258A (en) * | 2018-09-25 | 2019-03-12 | 华东矿用设备有限公司 | A kind of drilling equipment for safe valve core |
| CN111515479A (en) * | 2020-06-10 | 2020-08-11 | 芜湖金宇紧固件有限公司 | Positioning and punching device for screw production |
| CN111922730A (en) * | 2020-08-20 | 2020-11-13 | 沈士平 | Automatic processing technology for building steel |
| CN111958255A (en) * | 2020-08-20 | 2020-11-20 | 沈士平 | Automatic building steel processing equipment |
| CN113290391A (en) * | 2021-05-28 | 2021-08-24 | 安徽省辉煌机械制造有限公司 | Automobile support machining equipment and process thereof |
| CN115179044A (en) * | 2022-07-13 | 2022-10-14 | 安徽理工大学 | Production device and production method for parts of construction lifting device |
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