CN207858255U - A kind of gear blank cutting polishing production line - Google Patents
A kind of gear blank cutting polishing production line Download PDFInfo
- Publication number
- CN207858255U CN207858255U CN201721921407.3U CN201721921407U CN207858255U CN 207858255 U CN207858255 U CN 207858255U CN 201721921407 U CN201721921407 U CN 201721921407U CN 207858255 U CN207858255 U CN 207858255U
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- cabinet
- hydraulic cylinder
- motor
- square frame
- gear blank
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Abstract
The utility model discloses a kind of gear blanks to cut polishing production line, it includes cabinet (1), and clamping shoe (2) is provided in cabinet (1)；Fixed watt (3) and cylinder (4) are provided with above clamping shoe (2)；Clamping shoe (2) side is provided with No.1 motor (5), threaded rod (6) and thread barrel (13)；Clamping shoe (2) other side is provided with saw blade (7), mobile bar (8) and hydraulic cylinder (9)；It is provided with the first controller (12) on the cabinet (1)；Cabinet (1) side is provided with square frame (21), and hydraulic cylinder A (22) and mill (23) are provided in square frame (21)；Square frame (21) both sides are respectively arranged with No.1 bottom plate (24) and No. two bottom plates (25)；It is provided with second controller (31) on the square frame (21).The utility model can not only improve efficiency, also have the advantages that structural stability is preferable.
Description
Technical field
The utility model is related to a kind of gear blanks of Gear Processing industry to cut polishing production line.
Background technology
Currently, some gears in the market before being processed into finished product, first pass through and cut a longer steel by steel
Cutting mill cuts into the shorter steel of multistage, and the shorter steel of these multistages are exactly the gear blank for being processed into gear, then will
These gear blanks carry out polishing work with sander；But in above-mentioned Gear Processing production line, existing steel cutting machine
When being cut to longer steel, first will longer steel fix after cut with saw blade, when saw blade is from longer steel
On be cut into one section after need will the steel unclamp after manually carry out being aligned again and fixed work, saw blade can just carry out the steel
Next section of cutting, after being cut into gear blank, sander first passes through mill to gear blank when polishing gear blank
Polish on one side, then will gear blank carry out turn-over after polish the another side of gear blank, in above-mentioned cutting
It is slower with sanding operation production line medium velocity, it is less efficient.Therefore, in cutting when existing Gear Processing and polishing production line
It there is a problem that less efficient.
Utility model content
The purpose of the utility model is to provide a kind of gear blanks to cut polishing production line.The utility model has effect
The higher advantage of rate.
The technical solution of the utility model：A kind of gear blank cutting polishing production line, including cabinet are provided in cabinet
Clamping shoe；Fixed watt is provided with above clamping shoe, fixed watt of top is connected with cylinder；The clamping shoe side is provided with No.1
Motor is connected with threaded rod on No.1 motor, thread barrel is connected on threaded rod；The clamping shoe other side is provided with saw blade, saw blade
On be connected with mobile bar, mobile bar bottom end is connected with hydraulic cylinder；The enclosure top is provided with tank for coolant, connects on tank for coolant
It is connected to coolant pipe；The first controller is additionally provided on cabinet, cylinder, No.1 motor and hydraulic cylinder connect with the first controller
It connects；The cabinet side is provided with square frame, and there are two hydraulic cylinder A for the interior setting of square frame；Two hydraulic cylinder A are located at
The top and bottom of square frame are respectively connected with mill on each hydraulic cylinder A；Two mills are horizontally disposed and symmetrical, and two
Gap is equipped between a mill；The square frame both sides are respectively arranged with No.1 bottom plate and No. two bottom plates, No.1 bottom plate and two
There are two guide rails for connection between number bottom plate；It is respectively positioned in square frame in the middle part of each guide rail, is both provided with above each guide rail
Sliding block；It is respectively connected with the clamping plate being both provided on hydraulic cylinder B, each hydraulic cylinder B between two mills above each sliding block；
No.1 bottom plate side is provided with inductor；Be provided with second controller on the square frame, hydraulic cylinder A, hydraulic cylinder B and
Inductor is connect with second controller；The No.1 bottom plate is between cabinet and square frame.
In a kind of gear blank cutting polishing production line above-mentioned, the threaded rod is socketed in thread barrel, thread barrel position
Between No.1 motor and clamping shoe；It is provided with bearing A below thread barrel, the bottom ends bearing A are connect with cabinet bottom end；The No.1
One end of motor and the side wall of cabinet connect；The thread barrel bottom end is provided with fixed block, and the position of fixed block is corresponded on bearing A
Place is equipped with shifting chute.
In a kind of gear blank cutting polishing production line above-mentioned, No. two motors, No. two electricity are connected in the middle part of the saw blade
The top of machine and mobile bar connects；The bottom end of the mobile bar and the bottom end of cabinet are slidably connected, the bottom end of hydraulic cylinder and cabinet
It is fixedly connected；Described coolant pipe one end is located between saw blade and fixed watt；The clamping shoe bottom end is connected with bearing B, bearing B
Bottom end and cabinet bottom end connect；Described cylinder one end and the top of cabinet connect.
In a kind of gear blank cutting polishing production line above-mentioned, it is connected with motor A between the hydraulic cylinder A and mill,
Motor A is connect with second 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 second controller.
In a kind of gear blank cutting polishing 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 cutting polishing production line above-mentioned, the cabinet side is equipped with circular hole, and saw blade is located at circular hole
Between fixed watt；No. two bottom plates are equipped with sliding slot；The guide rail bottom end, which corresponds to, is equipped with fluting at the position of square frame.
Compared with prior art, cutting when the utility model improves existing Gear Processing and production line of polishing, lead to
After crossing the first controller control cylinder elongation in cabinet, cylinder drive fixed watt by steel be pressed on clamping shoe and fixed watt it
Between after, then hydraulic cylinder elongation is controlled by the first controller, the saw blade of mobile bar and rotation is driven to be moved to steel side, saw blade
And then cut steel, when cutting next section of steel, the first controller control cylinder, which is shunk, drives fixed watt to move up
Afterwards, then the rotation of No.1 motor is controlled to drive threaded rod to rotate, thread barrel movement, thread barrel is pushed to push away in turn after threaded rod rotation
Dynamic steel are moved to saw blade side, and then the first controller again cuts steel by Hydraulic Cylinder saw blade, while cold
But the coolant liquid in liquid case cools down saw blade and steel, so recycles；By the cooperation of said mechanism, make the utility model
Speed when to the cutting operations of a steel；Hydraulic cylinder B elongations are first controlled by the second controller at square frame
Clamping plate is driven to clamp the gear blank being cut on the slave steel on No.1 bottom plate afterwards, second controller control slide block again
The gear blank being located in clamping plate is driven to be moved between two mills, second controller controls hydraulic cylinder A by the mill of rotation again
Two mills of disk pressed toward gear blank, rotation carry out polishing work to two faces of gear blank in turn, when gear blank is beaten
The gear blank is moved on No. two bottom plates by second controller control slide block after the completion of mill, the polishing of a gear blank
Work terminates, and next gear blank repeats above-mentioned working cycles and is also moved into No. two bottom plates after the completion of being polished
On；By the cooperation of said mechanism, make very fast, the effect of the utility model speed when steel are cut and polished gear blank
Rate is higher.In addition, the utility model is also provided with fixed block by thread barrel bottom end, and the position of fixed block is corresponded on bearing A
Place is equipped with shifting chute, improves the structural stability of thread barrel when moving；By being threaded with lead screw on each sliding block,
Keep sliding block structural stability when being moved on guide rail preferable.Therefore, the utility model can not only improve efficiency, also have structure steady
Qualitative preferable advantage.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the structural schematic diagram in cabinet；
Fig. 3 is the sectional view at A-A in Fig. 2；
Fig. 4 is the vertical view at square frame；
Fig. 5 is the sectional view at A-A in Fig. 4.
Label in attached drawing be：1- cabinets, 2- clamping shoes, 3- fixations watt, 4- cylinders, 5- No.1 motors, 6- threaded rods, 7-
Saw blade, 8- mobile bars, 9- hydraulic cylinders, 10- tank for coolants, 11- coolant pipes, the first controllers of 12-, 13- thread barrels, 14- branch
Seat A, No. bis- motors of 15-, 16- bearings B, 17- circular hole, 18- steel, 19- fixed blocks, 20- shifting chutes, 21- square frames, 22-
Hydraulic cylinder A, 23- mill, 24- No.1 bottom plates, No. bis- bottom plates of 25-, 26- guide rails, 27- sliding blocks, 28- hydraulic cylinders B, 29- clamping plate,
30- inductors, 31- second controllers, 32- motors A, 33- lead screw, 34- motors B, 35- sliding slot, 36- flutings, 37- gear hairs
Embryo.
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 cutting polishing production line, is constituted as shown in Fig. 1 to 5, including cabinet 1, in cabinet 1
It is provided with clamping shoe 2；The top of clamping shoe 2 is provided with fixed watt 3, and fixed watt of 3 tops are connected with cylinder 4；The clamping shoe 2 one
Side is provided with No.1 motor 5, and threaded rod 6 is connected on No.1 motor 5, thread barrel 13 is connected on threaded rod 6；Clamping shoe 2 is another
Side is provided with saw blade 7, and mobile bar 8 is connected on saw blade 7, and 8 bottom end of mobile bar is connected with hydraulic cylinder 9；1 top of the cabinet is set
It is equipped with tank for coolant 10, coolant pipe 11 is connected on tank for coolant 10；The first controller 12, cylinder are additionally provided on cabinet 1
4, No.1 motor 5 and hydraulic cylinder 9 are connect with the first controller 12；1 side of the cabinet is provided with square frame 21, square box
There are two hydraulic cylinder A22 for setting in frame 21；Two hydraulic cylinder A22 are located at the top and bottom of square frame 21, each liquid
Mill 23 is respectively connected on cylinder pressure A22；Two mills 23 are horizontally disposed and symmetrical, and gap is equipped between two mills 23；
21 both sides of the square frame are respectively arranged with No.1 bottom plate 24 and No. two bottom plates 25, between No.1 bottom plate 24 and No. two bottom plates 25
There are two guide rails 26 for connection；The middle part of each guide rail 26 is respectively positioned in square frame 21, and 26 top of each guide rail is both provided with cunning
Block 27；27 top of each sliding block be respectively connected on hydraulic cylinder B28, each hydraulic cylinder B28 be both provided with positioned at two mills 23 it
Between clamping plate 29；24 side of No.1 bottom plate is provided with inductor 30；It is provided with second controller on the square frame 21
31, hydraulic cylinder A22, hydraulic cylinder B28 and inductor 30 are connect with second controller 31；The No.1 bottom plate 24 is located at cabinet 1
Between square frame 21.
The threaded rod 6 is socketed in thread barrel 13, and thread barrel 13 is between No.1 motor 5 and clamping shoe 2；Thread barrel
13 lower sections are provided with bearing A14, and the bottom ends bearing A14 are connect with 1 bottom end of cabinet；The side of one end and cabinet 1 of the No.1 motor 5
Wall connects；13 bottom end of the thread barrel is provided with fixed block 19, is corresponded on bearing A14 and is equipped with shifting chute at the position of fixed block 19
20；7 middle part of the saw blade is connected with No. two motors 15, and No. two motors 15 are connect with the top of mobile bar 8；The mobile bar 8
Bottom end and the bottom end of cabinet 1 are slidably connected, and hydraulic cylinder 9 is fixedly connected with the bottom end of cabinet 1；11 one end of the coolant pipe is located at
Between saw blade 7 and fixed watt 3；2 bottom end of the clamping shoe is connected with bearing B16, and the bottom end of bearing B16 connects with the bottom end of cabinet 1
It connects；4 one end of the cylinder is connect with the top of cabinet 1；It is connected with motor A32, motor between the hydraulic cylinder A22 and mill 23
A32 is connect with second controller 31；Lead screw 33 is threaded on each sliding block 27, one end of each lead screw 33 connects
It is connected to the motor B34 positioned at the top of guide rail 26, each motor B34 is connect with second controller 31；The No.1 bottom plate 24
Top surface and the top surface of No. two bottom plates 25 are located in same horizontal line, and No.1 bottom plate 24 and No. two bottom plates 25 are respectively positioned on two guide rails 26
Between；The clamping plate 29 is located between two guide rails 26, and positioned at 24 top of No.1 bottom plate；1 side of the cabinet is equipped with circular hole
17, saw blade 7 is located between circular hole 17 and fixed watt 3；No. two bottom plates 25 are equipped with sliding slot 35；26 bottom end of the guide rail corresponds to
Fluting 36 is equipped at the position of square frame 21.
Operation principle：When original state, cylinder 4 is in contraction state, the fixation watt 3 being connect with cylinder 4 and clamping shoe 2 it
Between distance be more than a steel 18 diameter；Hydraulic cylinder 9 is also at contraction state, and entire threaded rod 6 is located at thread barrel 13
It is interior；Coolant liquid is filled in tank for coolant 10；Sliding block 27 is located at the left end of guide rail 26, the hydraulic cylinder B28 on sliding block 27 and clamping plate 29
It also is located at the left end of guide rail 26；Two hydraulic cylinder B28 are in contraction state, and two clamping plates 29 are located at the top of No.1 bottom plate 24,
Gap between two clamping plates 29 is more than the diameter of a gear blank 37, and the thickness of each clamping plate 29 is respectively less than a gear hair
The thickness of embryo 37；Two hydraulic cylinder A22 are also at contraction state, and the gap between two mills 23 is more than a gear blank 37
Thickness；Gear blank 37 is cut into from steel 18, and the diameter of gear blank 37 is equal to the diameter of steel 18.
When work, it is placed on clamping shoe 2 after a steel 18 to be passed through to the circular hole 17 of cabinet 1, and make a left side for steel 18
End is contacted with the right end of thread barrel 13；Then the power supply of the utility model is opened, the coolant liquid in tank for coolant 10 in cabinet 1
The right end of steel 18 is flowed to through coolant pipe 11, and No. two motors 15 also begin to rotate, No. two motors 15 drive saw blade 7 to rotate；
The first controller 12 first controls cylinder 4 according to the program set and extends simultaneously, and cylinder 4 drives fixed watt 3 to move down, fixed
It watts 3 and then is matched for clamping tightly watts 2 and compresses steel 18；Then the first controller 12 controls hydraulic cylinder 9 again according to the program set
Elongation, hydraulic cylinder 9 drive mobile bar 8 to be moved to 18 side of steel, and mobile bar 8 drives saw blade 7 also to be moved to 18 side of steel, liquid
Cylinder pressure 9 drives saw blade 7 to cut one section of steel 18 during elongation, the coolant liquid flowed out on coolant pipe 11
Saw blade 7 and steel 18 are cooled down；After hydraulic cylinder 9 is elongated to range, saw blade 7 also completely cuts one section of steel 18
It cuts off, this section of steel 18 are gear blank 37, and one section of steel 18 being cut decline from the circular hole 17 of cabinet 1
Go out, this section of steel 18, which are gear blank 37, to be collected.
Then the first controller 12 is shunk according to the programmer cylinder 9 set, and hydraulic cylinder 9 drives mobile bar 8 multiple
Position, mobile bar 8 also drive saw blade 7 to reset；Then the first controller 12 controls the contraction of cylinder 4 again, cylinder 4 drive fixed watt 3 to
Upper movement, fixed watt 3 resets, and the first controller 12 controls No.1 motor 5 and rotates clockwise 10 circles again, and No.1 motor 5 drives spiral shell
Rasp bar 6 also rotates clockwise 10 circles, and threaded rod 6 makes the fixed block 19 on thread barrel 13 move along slot 20 to move right one in turn
Fixed distance, thread barrel 13 and then pushes the steel 18 on clamping shoe 2 to move right a certain distance, and then the utility model is again
Above-mentioned working cycles are repeated by the first controller 12, the first controller 12 first controls cylinder 4 and drives fixation watt 3 by steel 18
After pressure, then by hydraulic cylinder 9 drive saw blade 7 steel 18 are cut, finally again pass through No.1 motor 5 rotation 10 circle after band
Dynamic thread barrel 13 continues to the right to push steel 18, and to the last a complete steel 18 are cut into 10 sections of shorter steel
18, these steel 18 are gear blank 37, and the cutter of a steel 18 of the utility model pair is completed, at this time No.1 motor
5 have been rotated by 90 circles, and threaded rod 6 only has one section of right end to be located in thread barrel 13, and the first controller 12 is according to setting at this time
The program set controls No.1 motor 5 and rotates backward 90 circles again, and No.1 motor 5 makes the fixation on thread barrel 13 by threaded rod 6
Block 19 moves along slot 20 and is moved to the left, until thread barrel 13 resets；When needing to carry out cutting work to next steel 18,
Repeat above-mentioned step.
When the gear blank 37 cut down from steel 18 is fallen on No.1 bottom plate 24, and the gear blank 37 is located at
Between two clamping plates 29, inductor 30 senses that the signal is passed to the second control by the signal of gear blank 37, inductor 30
Device 31, second controller 31 control motor A32 and start to rotate, and motor A32 band movable grinding discs 23 rotate；Second controller 31 according still further to
Be set in program on second controller 31 and control two hydraulic cylinder B28 elongations, two hydraulic cylinder B28 drive two clamping plates 29 to
37 side of gear blank is moved, and two clamping plates 29 in turn clamp gear blank 37；Journey of the second controller 31 according still further to setting
Sequence controls two motor B34 and rotates clockwise 10 circles, motor B34 by lead screw 33 make sliding block 27 along corresponding guide rail 26 to the right
It is moved in square frame 21, sliding block 27 drives hydraulic cylinder B28 and clamping plate 29 also to be moved into square frame 21, and two clamping plates
Gear blank 37 between 29 is also moved between two mills 23；Second controller 31 controls two according still further to the program of setting
A hydraulic cylinder A22 elongations, two hydraulic cylinder A22 drive corresponding motor A32 to be moved to gear blank 37, motor A32 drives pair
The mill 23 answered is moved to gear blank 37, hydraulic cylinder A22 so that during elongation band movable grinding disc 23 by gear blank 37
It polishes, the thickness of gear blank 37 is made to be polished into the thickness needed for production.
When hydraulic cylinder A22 is elongated to maximum magnitude, hydraulic cylinder A22 with movable grinding disc 23 also complete mated gear blank 37 two
The polishing work of side, at this time second controller 31 control two hydraulic cylinder A22 according still further to the program of setting and shrink, make two hydraulic pressure
Cylinder A22 resets, and also band movable grinding disc 23 and motor A32 reset two hydraulic cylinder A22；Second controller 31 controls two motors again
B34 rotates clockwise 10 circles, and motor B34 makes sliding block 27 move right to No. two bottoms again along corresponding guide rail 26 by lead screw 33
The both sides of plate 25, sliding block 27 drive hydraulic cylinder B28 and clamping plate 29 also to be moved into the both sides of No. two bottom plates 25, and two clamping plates 29 it
Between polished after gear blank 37 be also moved into 25 top of No. two bottom plates；Journey of the second controller 31 according still further to setting
Sequence controls two hydraulic cylinder B28 and shrinks, and two hydraulic cylinder B28 drive two clamping plates 29 to separate, between two clamping plates 29
Gear blank 37 after polishing is fallen in the sliding slot 35 of No. two bottom plates 25, and then second controller 31 is controlled according to the program of setting
20 circle of rotation, motor B34 make sliding block 27 be moved to the left to along corresponding guide rail 26 to two motor B34 by lead screw 33 counterclockwise
24 top of No.1 bottom plate, sliding block 27, hydraulic cylinder B28, clamping plate 29, hydraulic cylinder A22 and mill 23 return to original state at this time.
After the completion of the gear blank 37 polishing, next gear blank 37 being cut into from steel 18 also falls on No.1
24 top of bottom plate, next gear blank 37 pass to second controller 31, the second control after sensing signal by inductor 30
Device 31 repeats above-mentioned step according still further to the program of setting and carries out polishing work to gear blank 37, and this gear blank 37
When being transported to No. two 25 tops of bottom plate by two clamping plates 29 after the completion of polishing work, which has polished previous
The gear blank 37 of completion pushes to the right above the sliding slot 35 of No. two bottom plates 25, and the gear blank 37 then falls on previous tooth
At the position for taking turns blank 37, recycled with this.
Claims (6)
1. a kind of gear blank cutting polishing production line, it is characterised in that：Including cabinet (1), clamping shoe is provided in cabinet (1)
(2)；It is provided with above clamping shoe (2) fixed watt (3), cylinder (4) is connected with above fixed watt (3)；The clamping shoe (2) one
Side is provided with No.1 motor (5), and threaded rod (6) is connected on No.1 motor (5), thread barrel (13) is connected on threaded rod (6)；
Clamping shoe (2) other side is provided with saw blade (7), and mobile bar (8) is connected on saw blade (7), and mobile bar (8) bottom end is connected with hydraulic pressure
Cylinder (9)；Cabinet (1) top is provided with tank for coolant (10), and coolant pipe (11) is connected on tank for coolant (10)；Cabinet
(1) be additionally provided with the first controller (12) on, cylinder (4), No.1 motor (5) and hydraulic cylinder (9) with the first controller (12)
Connection；Cabinet (1) side is provided with square frame (21), and there are two hydraulic cylinder A (22) for the interior setting of square frame (21)；Two
A hydraulic cylinder A (22) is located at the top and bottom of square frame (21), and mill is respectively connected on each hydraulic cylinder A (22)
(23)；Two mills (23) are horizontally disposed and symmetrical, and gap is equipped between two mills (23)；The square frame (21)
Both sides are respectively arranged with No.1 bottom plate (24) and No. two bottom plates (25), are connected between No.1 bottom plate (24) and No. two bottom plates (25)
Two guide rails (26)；It is respectively positioned in square frame (21) in the middle part of each guide rail (26), is both provided with above each guide rail (26)
Sliding block (27)；It is respectively connected with hydraulic cylinder B (28) above each sliding block (27), is both provided with positioned at two on each hydraulic cylinder B (28)
Clamping plate (29) between a mill (23)；No.1 bottom plate (24) side is provided with inductor (30)；The square frame
(21) it is provided with second controller (31) on, hydraulic cylinder A (22), hydraulic cylinder B (28) and inductor (30) are and second controller
(31) it connects；The No.1 bottom plate (24) is located between cabinet (1) and square frame (21).
2. a kind of gear blank cutting polishing production line according to claim 1, it is characterised in that：The threaded rod (6)
It is socketed in thread barrel (13), thread barrel (13) is located between No.1 motor (5) and clamping shoe (2)；It is set below thread barrel (13)
It is equipped with bearing A (14), (14) bottom ends bearing A are connect with cabinet (1) bottom end；One end of the No.1 motor (5) and cabinet (1)
Side wall connects；Thread barrel (13) bottom end is provided with fixed block (19), at the position that fixed block (19) are corresponded on bearing A (14)
Equipped with shifting chute (20).
3. a kind of gear blank cutting polishing production line according to claim 1, it is characterised in that：In the saw blade (7)
Portion is connected with No. two motors (15), and No. two motors (15) connect with the top of mobile bar (8)；The bottom end of the mobile bar (8) with
The bottom end of cabinet (1) is slidably connected, and hydraulic cylinder (9) is fixedly connected with the bottom end of cabinet (1)；Coolant pipe (11) one end position
Between saw blade (7) and fixed watt (3)；Clamping shoe (2) bottom end is connected with bearing B (16), the bottom end of bearing B (16) and machine
The bottom end of case (1) connects；Described cylinder (4) one end is connect with the top of cabinet (1).
4. a kind of gear blank cutting polishing production line according to claim 1, it is characterised in that：The hydraulic cylinder A
(22) motor A (32) is connected between mill (23), motor A (32) is connect with second controller (31)；Each sliding block
(27) lead screw (33) is threaded on, one end of each lead screw (33) is respectively connected with the motor B above guide rail (26)
(34), each motor B (34) connect with second controller (31).
5. a kind of gear blank cutting polishing production line according to claim 1, it is characterised in that：The No.1 bottom plate
(24) top surface of top surface and No. two bottom plates (25) is located in same horizontal line, No.1 bottom plate (24) and No. two equal positions of bottom plate (25)
Between two guide rails (26)；The clamping plate (29) is located between two guide rails (26), and above No.1 bottom plate (24).
6. a kind of gear blank cutting polishing production line according to any claim in claim 1 to 5, feature exist
In：Cabinet (1) side is equipped with circular hole (17), and saw blade (7) is located between circular hole (17) and fixed watt (3)；No. two bottoms
Plate (25) is equipped with sliding slot (35)；Guide rail (26) bottom end, which corresponds to, is equipped with fluting (36) at the position of square frame (21).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721921407.3U CN207858255U (en) | 2017-12-29 | 2017-12-29 | A kind of gear blank cutting polishing production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721921407.3U CN207858255U (en) | 2017-12-29 | 2017-12-29 | A kind of gear blank cutting polishing production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207858255U true CN207858255U (en) | 2018-09-14 |
Family
ID=63464229
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721921407.3U Expired - Fee Related CN207858255U (en) | 2017-12-29 | 2017-12-29 | A kind of gear blank cutting polishing production line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207858255U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112405004A (en) * | 2020-11-19 | 2021-02-26 | 江苏德博金属制品有限公司 | Cutting and polishing integrated device for metal pipe fitting machining |
| CN115106791A (en) * | 2022-07-18 | 2022-09-27 | 江西长帆机械有限公司 | A cut polishing equipment for processing of musical instrument accessory band iron |
-
2017
- 2017-12-29 CN CN201721921407.3U patent/CN207858255U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112405004A (en) * | 2020-11-19 | 2021-02-26 | 江苏德博金属制品有限公司 | Cutting and polishing integrated device for metal pipe fitting machining |
| CN115106791A (en) * | 2022-07-18 | 2022-09-27 | 江西长帆机械有限公司 | A cut polishing equipment for processing of musical instrument accessory band iron |
| CN115106791B (en) * | 2022-07-18 | 2024-03-22 | 江西八方新材料有限公司 | A cut polishing equipment for instrument accessory band iron processing |
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