CN208840317U - A kind of continuous stamping die of motor fixing frame - Google Patents
A kind of continuous stamping die of motor fixing frame Download PDFInfo
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- CN208840317U CN208840317U CN201821212968.0U CN201821212968U CN208840317U CN 208840317 U CN208840317 U CN 208840317U CN 201821212968 U CN201821212968 U CN 201821212968U CN 208840317 U CN208840317 U CN 208840317U
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Abstract
A kind of continuous stamping die of motor fixing frame, upper die device and lower mold apparatus including carrying out progressive stamping processing to sheet material, upper die device and lower mold apparatus are successively arranged punching positioning mechanism, pre-punched hole mechanism, bending mechanism and side tapping mechanism by sheet material processing sequence.Punching press trimming and tapping process are integrated into continuous stamping die by the utility model, realize that motor fixing frame by the Continuous maching of sheet material to finished product, improves production efficiency.
Description
Technical field
The utility model relates to a kind of continuous stamping dies of motor fixing frame.
Background technique
In the prior art, the punching press trimming of motor fixing frame and drilling-tapping process need two equipment to carry out respectively
Processing, such processing method is at high cost, and process flow is increasingly complex, and production efficiency is low, has some limitations.
Therefore, it is necessary to be further improved.
Utility model content
The purpose of the utility model is to overcome above-mentioned the shortcomings of the prior art, and provide a kind of motor fixing frame
Punching press trimming and tapping process are integrated into continuous stamping die by continuous stamping die, realize motor fixing frame by piece
Material improves production efficiency to the Continuous maching of finished product.
Purpose of the utility model is realized as follows:
A kind of continuous stamping die of motor fixing frame, including carrying out the upper die device of progressive stamping processing to sheet material under
Mold device, upper die device and lower mold apparatus are successively arranged punching positioning mechanism, pre-punched hole mechanism, bending machine by sheet material processing sequence
Structure and side tapping mechanism；
The punching positioning mechanism includes two punching aligning punches being arranged in upper die device, two punching positioning punchings
Head is punched into location hole in the two sides in sheet width direction respectively, and two punching aligning punches are along sheet material machine direction central symmetry
Setting；
The pre-punched hole mechanism includes the passing punch being arranged in upper die device, and passing punch is in sheet width side
To one side edge be punched into mounting hole；
The bending mechanism includes the bent reshaping formed punch being arranged in upper die device, and bent reshaping formed punch installs sheet material
Hole side carries out right-angle bending, and bent reshaping formed punch is corresponded on lower mold apparatus equipped with bent reshaping groove；
The side tapping mechanism include be arranged on lower mold apparatus and on mounting hole the tapping drill bit of tapping and
The first tapping driving device of tapping drill bit operation is driven, side tapping mechanism is located at the side of sheet material and is located at the same of mounting hole
Side, when sheet material is fed forward, mounting hole is aligned with tapping drill bit.
The first tapping driving device includes the first fixing seat that upper die device bottom is arranged in, top setting first
The first driving screw rod in fixing seat is arranged on lower mold apparatus and the first driven screw with the transmission connection of the first driving screw rod
Set and the first reduction gearbox, first reduction gearbox one end and the first driven screw set are sequentially connected, the first reduction gearbox other end and tapping
Drill bit transmission connection；
When the upper die device moves down, the first driving screw rod is driven to move down, keeps the first driven screw set positive
Rotation, then it is by the driving tapping drill bit rotation of the first reduction gearbox and mobile to mounting hole；
When the upper die device moves up, the first driving screw rod is driven to move up, keeps the first driven screw set reversed
Rotation, then drive the rotation of tapping drill bit simultaneously far from mounting hole by the first reduction gearbox.
First reduction gearbox includes the first cabinet, is arranged at first case intracorporal first transmission gear, the second transmission
Gear, the first transmission shaft, third transmission gear, the 4th transmission gear, second driving shaft and the 5th transmission worm gear；
First transmission gear is fixed on the first driven screw and puts on, and the second transmission gear and the first transmission gear are driven
Connection, the first transmission shaft are coaxially fixed on the second transmission gear, and third transmission gear is coaxially fixed on the first transmission shaft simultaneously
Above the second transmission gear, the 4th transmission gear and third transmission gear are sequentially connected, and second driving shaft is coaxially fixed on
On 4th transmission gear, the 5th transmission worm gear is coaxially fixed on second driving shaft and is located at below the 4th transmission gear；
The tapping drill bit afterbody is equipped with helical tooth, and the 5th transmission worm gear and helical tooth are sequentially connected；
The first driven screw set is upward through the first cabinet.
First driven screw set lower part is connected with the first cylindrical portion and the first positioning annular table, the first cylindrical portion in turn
Diameter be greater than the first driven screw set diameter, first positioning annular table diameter be greater than the first cylindrical portion diameter, lower die
The corresponding first positioning annular table of device is equipped with the first limiting slot, and the first positioning annular table is arranged in the first limiting slot, first from
Dynamic screw rod set and the first cylindrical portion are pierced by the first limiting slot upwards, and the first reduction gearbox is arranged above the first cylindrical portion.
The quantity of the side tapping mechanism is two groups, and the quantity of passing punch and bent reshaping formed punch is two；
Described two passing punches are punched into mounting hole, two pre-punched holes in the both sides of the edge in sheet width direction respectively
Formed punch is located at the left and right sides of sheet material machine direction；
Described two bent reshaping formed punches carry out right-angle bending, two bent reshaping formed punch difference to the two sides of sheet material respectively
Positioned at the left and right sides of sheet material machine direction；
Two groups of side tapping mechanisms are respectively set the two sides in sheet width direction and for respectively to two mounting holes
Carry out tapping.
Blanking mechanism is equipped between the punching positioning mechanism and pre-punched hole mechanism, blanking mechanism includes two and is arranged upper
Punching formed punch on mold device, two punching formed punches are punched into rectangular v notch v in the both sides of the edge in sheet width direction respectively,
Two punching formed punches are located at the left and right sides of sheet material machine direction, and two rectangular v notch vs are located at two adjacent electricity of sheet material
Between machine fixed frame.
The side tapping mechanism is equipped with along the front of sheet material machine direction and washes from mechanism, and washing from mechanism includes being arranged upper
Formed punch is cut off on mold device, cuts off formed punch for completely cutting through the connection side between two motor fixing frame of front and back, lower die dress
Set it is corresponding cut off formed punch and be equipped with cut off slot, lower mold apparatus is equipped with blanking sloping platform, and blanking sloping platform, which is connected to, to be cut off slot and add along sheet material
The front in work direction.
Punching aligning punch, passing punch and punching formed punch is corresponded on the lower mold apparatus to be respectively provided under waste material
The charging conduit fallen.
The upper die device includes sequentially connected upper die holder, upper padding plate, the first upper clamp plate, the second upper clamp plate from top to bottom
And cope plate；
It the punching aligning punch, punching formed punch, passing punch, bent reshaping formed punch and cuts off formed punch and is arranged at
In template, the first fixing seat is fixed on upper die holder and is located at cope plate side；
The upper padding plate, the first upper clamp plate, the second upper clamp plate and cope plate are equipped with the notch for avoiding side tapping mechanism.
The lower mold apparatus includes sequentially connected lower template, lower bolster and lower die holder from top to bottom；
The charging conduit, bent reshaping groove cut off slot and blanking sloping platform is arranged in lower template, charging conduit and cut off
Slot penetrates through downwards lower die holder, and the first limiting slot and the first driven screw are set on lower die holder, under side tapping mechanism is located at
Template side；
The lower template and lower bolster are equipped with the notch for avoiding side tapping mechanism.
The additional aspect and advantage of the utility model will become obviously in following description section, and practical by this
Novel practice is recognized.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of an embodiment of the present invention.
Fig. 2 is the structural schematic diagram of an embodiment of the present invention lower mold apparatus.
Fig. 3 is the structural schematic diagram of an embodiment of the present invention upper die device.
Fig. 4 is the structural schematic diagram of an embodiment of the present invention side tapping mechanism.
Fig. 5 is the schematic diagram of an embodiment of the present invention sheet material processing.
Specific embodiment
The utility model is further described with reference to the accompanying drawings and embodiments.
Referring to Fig. 1-Fig. 5, the continuous stamping die of this motor fixing frame, including carrying out progressive stamping processing to sheet material 20
Upper die device and lower mold apparatus, upper die device and lower mold apparatus are successively arranged punching positioning mechanism, pre- by 20 processing sequence of sheet material
Punch mechanism, bending mechanism and side tapping mechanism；
Punch process process is integrated into continuous stamping die by continuous stamping die, the side that sheet material 20 passes through continuous punching
Formula is directly punched out motor fixing frame 21, improves production efficiency.Specifically, the punching press trimming of motor fixing frame 21 and attacking
Tooth process is integrated into a set of continuous stamping die.
The rear along sheet material machine direction of the lower mold apparatus is feed inlet, and feed inlet rear is connected with external feeding
Machine, feed inlet are located at punching positioning mechanism rear, and feeder realizes the step of continuous stamping die with stepped form feeding sheets 20
Into formula punch process, carrying out feeding using feeder is field of machining conventional technology, those skilled in the art
It is appreciated that.
The punching positioning mechanism includes two punching aligning punches being arranged in upper die device, two punching positioning punchings
Head is punched into location hole 1 in the two sides of 20 width direction of sheet material respectively, and two punching aligning punches are along 20 machine direction of sheet material
The heart is symmetrical arranged；
In each step punch process that location hole 1 is not punched, lower mold apparatus corresponds to each location hole 1 and is equipped with
Movable positioning thimble, in each Punching Process, positioning thimble is protruded into corresponding location hole 1, guarantees Punching Technology
Precise positioning, positioning thimble is the conventional technical means of mould applications, and those skilled in the art is appreciated that.
The pre-punched hole mechanism includes the passing punch being arranged in upper die device, and passing punch is in 20 width of sheet material
The one side edge in direction is punched into mounting hole 2；Tapping for subsequent side tapping mechanism is prepared.
The bending mechanism includes the bent reshaping formed punch being arranged in upper die device, and bent reshaping formed punch pacifies sheet material 20
It fills 2 side of hole and carries out right-angle bending, bent reshaping formed punch is corresponded on lower mold apparatus equipped with bent reshaping groove 3；
The axial of mounting hole 2 becomes horizontal direction by vertical direction, prepares for the tapping of subsequent side tapping mechanism.
The side tapping mechanism includes the tapping drill bit 4 for being arranged on lower mold apparatus and being used for the tapping on mounting hole 2
And the first tapping driving device that driving tapping drill bit 4 is run, side tapping mechanism are located at the side of sheet material 20 and are located at installation
Hole 2 it is ipsilateral, when sheet material 20 is fed forward, mounting hole 2 is aligned with tapping drill bit 4.Realize the tapping operation of mounting hole 2.
Further, the first tapping driving device includes the first fixing seat 5 that upper die device bottom is arranged in, top
The first driving screw rod 6 in first fixing seat 5 is set, is arranged on lower mold apparatus and is sequentially connected with the first driving screw rod 6
The first driven screw set 7 and first reduction gearbox, 7 transmission connection of first reduction gearbox one end and the first driven screw set, first subtracts
The fast case other end and tapping drill bit 4 are sequentially connected；
When the upper die device moves down, the first driving screw rod 6 is driven to move down, makes the first driven screw set 7 just
To rotation, then it is by driving tapping drill bit 4 rotation of the first reduction gearbox and mobile to mounting hole 2；Realize that the tapping of mounting hole 2 is made
Industry.
When the upper die device moves up, the first driving screw rod 6 is driven to move up, keeps the first driven screw set 7 anti-
The rotation of tapping drill bit 4 and separate mounting hole 2 are driven to rotation, then by the first reduction gearbox.
Moving up and down for upper die device drives tapping drill bit 4 to operate, and the setting of the first tapping driving device makes tapping drill bit 4
It is driven without especially configuring motor, tapping drill bit 4 and upper die device share same set of dynamical system.
Further, first reduction gearbox include the first cabinet 8, the first driving cog for being arranged in the first cabinet 8
Take turns the 9, second transmission gear 10, the first transmission shaft 11, third transmission gear 12, the 4th transmission gear 13, second driving shaft 14 and
5th transmission worm gear 15；
Tapping drill bit 4 is corresponded on first cabinet 8 equipped with positioning sleeve, tapping drill bit 4 is arranged on positioning sleeve.
First transmission gear 9 is fixed on the first driven screw set 7, the second transmission gear 10 and the first transmission gear
9 transmission connections, the first transmission shaft 11 are coaxially fixed on the second transmission gear 10, and third transmission gear 12 is coaxially fixed on first
On transmission shaft 11 and it is located at 10 top of the second transmission gear, the 4th transmission gear 13 is sequentially connected with third transmission gear 12, the
Two transmission shafts 14 are coaxially fixed on the 4th transmission gear 13, and the 5th transmission worm gear 15 is coaxially fixed on second driving shaft 14 simultaneously
Positioned at 13 lower section of the 4th transmission gear；
4 tail portion of tapping drill bit is equipped with helical tooth, and the 5th transmission worm gear 15 is sequentially connected with helical tooth；5th transmission snail
The both forward and reverse directions rotation of wheel 15 drives the rotation of tapping drill bit 4 and the back-and-forth motion of tapping drill bit 4.
In the present embodiment, the transmission connection of 4 tail portion helical tooth of the 5th transmission worm gear 15 and tapping drill bit is equivalent to worm gear snail
The transmission of bar, wherein condition of self-locking is unsatisfactory between 4 tail portion helical tooth of the 5th transmission worm gear 15 and tapping drill bit, therefore, with
Five transmission worm gears 15 are rotated as active wheel drive tapping drill bit 4, and those skilled in the art is appreciated that.
The first driven screw set 7 is upward through the first cabinet 8.
Realize the power transmitting between the first driving screw rod 6 and tapping drill bit 4.
The reduction gearbox of other structures form also can be used in first reduction gearbox, as long as realizing that the first driving screw rod 6 and tapping are bored
Power transmitting between first 4.
Further, 7 lower parts of the first driven screw set are connected with the first cylindrical portion 16 and the first positioning annular in turn
Platform 17, the diameter of the first cylindrical portion 16 are greater than the diameter of the first driven screw set 7, and the diameter of the first positioning annular table 17 is greater than the
The diameter of one cylindrical portion 16, the corresponding first positioning annular table 17 of lower mold apparatus are equipped with the first limiting slot 18, the first positioning annular table
17 are arranged in the first limiting slot 18, and the first driven screw set 7 and the first cylindrical portion 16 are pierced by the first limiting slot 18 upwards, realize
The position restriction of first driven screw set 7 in the vertical direction, the first reduction gearbox are arranged above the first cylindrical portion 16.
Further, the quantity of the side tapping mechanism is two groups, the quantity of passing punch and bent reshaping formed punch
It is two；
Described two passing punches are punched into mounting hole 2 in the both sides of the edge of 20 width direction of sheet material respectively, and two pre-
Pierce punch is located at the left and right sides of 20 machine direction of sheet material；
Described two bent reshaping formed punches carry out right-angle bending, two bent reshaping formed punches point to the two sides of sheet material 20 respectively
Not Wei Yu 20 machine direction of sheet material the left and right sides；
Two groups of side tapping mechanisms are respectively set the two sides of 20 width direction of sheet material and for installing respectively to two
Hole 2 carries out tapping.
Further, blanking mechanism is equipped between the punching positioning mechanism and pre-punched hole mechanism, blanking mechanism includes two
A punching formed punch being arranged in upper die device, two punching formed punches are punched into the both sides of the edge of 20 width direction of sheet material respectively
Rectangular v notch v 19, two punching formed punches are located at the left and right sides of 20 machine direction of sheet material, two rectangular v notch vs 19
Between two adjacent motor fixing frames 21 of sheet material 20.Convenient for the subsequent bent reshaping operation to sheet material 20 of bending mechanism.
Further, the side tapping mechanism is equipped with along the front of 20 machine direction of sheet material and washes from mechanism, washes from mechanism
Formed punch is cut off including being arranged in upper die device, cuts off formed punch for completely cutting through the company between two motor fixing frame 21 of front and back
Side 22 is connect, the corresponding formed punch that cuts off of lower mold apparatus is equipped with slot 23 is cut off, and lower mold apparatus is equipped with blanking sloping platform 24, blanking sloping platform 24
It is connected to and cuts off slot 23 along the front of 20 machine direction of sheet material.
Side 22 is connected between corresponding two rectangular v notch v 19, location hole 1 is located on corresponding connection side 22,
After connection side 22 is punched, location hole 1 is punched together, point of the motor fixing frame 21 completed the process and sheet material 20
From.
Further, punching aligning punch, passing punch and punching formed punch are corresponded on the lower mold apparatus to be respectively equipped with
For the charging conduit that waste material falls, the timely discharge of waste material is realized.
Further, the upper die device is including on sequentially connected upper die holder 25 from top to bottom, upper padding plate 26, first
Clamping plate 27, the second upper clamp plate 28 and cope plate 29；
It the punching aligning punch, punching formed punch, passing punch, bent reshaping formed punch and cuts off formed punch and is arranged at
In template 29, the first fixing seat 5 is fixed on upper die holder 25 and is located at 29 side of cope plate；
The upper padding plate 26, the first upper clamp plate 27, the second upper clamp plate 28 and cope plate 29 are equipped with and avoid side tooth machining unit
The notch of structure, constitutes upper die device, and those skilled in the art is appreciated that.
Further, the lower mold apparatus includes sequentially connected lower template 30, lower bolster 31 and lower die holder from top to bottom
32；
The charging conduit, bent reshaping groove 3 cut off slot 23 and blanking sloping platform 24 is arranged in lower template 30, blanking
Slot is arranged on lower die holder 32 with the perforation lower die holder 32 downwards of slot 23, the first limiting slot 18 and the first driven screw set 7 is cut off, side
Portion's tapping mechanism is located at 30 side of lower template；
The lower template 30 and lower bolster 31 are equipped with the notch for avoiding side tapping mechanism, constitute lower mold apparatus, ability
The technical staff in domain is appreciated that.
Above disclosure is merely preferred embodiments of the utility model, rather than the utility model is limited with this
Claims still belong to what the utility model was protected according to equivalent variations made in scope of protection of the utility model
Range.
Claims (10)
1. a kind of continuous stamping die of motor fixing frame, which is characterized in that including carrying out progressive stamping processing to sheet material (20)
Upper die device and lower mold apparatus, upper die device and lower mold apparatus by sheet material (20) processing sequence be successively arranged punching localization machine
Structure, pre-punched hole mechanism, bending mechanism and side tapping mechanism；
The punching positioning mechanism includes two punching aligning punches being arranged in upper die device, two punching aligning punches point
It is not punched into location hole (1) in the two sides of sheet material (20) width direction, two punching aligning punches are along sheet material (20) machine direction
Center symmetric setting；
The pre-punched hole mechanism includes the passing punch being arranged in upper die device, and passing punch is in sheet material (20) width side
To one side edge be punched into mounting hole (2)；
The bending mechanism includes the bent reshaping formed punch being arranged in upper die device, and bent reshaping formed punch installs sheet material (20)
Hole (2) side carries out right-angle bending, and bent reshaping formed punch is corresponded on lower mold apparatus equipped with bent reshaping groove (3)；
The side tapping mechanism includes the tapping drill bit (4) for being arranged on lower mold apparatus and being used for the tapping on mounting hole (2)
And the first tapping driving device of driving tapping drill bit (4) operation, side tapping mechanism are located at the side of sheet material (20) and are located at
Mounting hole (2) it is ipsilateral, when sheet material (20) is fed forward, mounting hole (2) is aligned with tapping drill bit (4).
2. the continuous stamping die of motor fixing frame according to claim 1, which is characterized in that the first tapping driving dress
It sets and the first active spiral shell on the first fixing seat (5) is set including the first fixing seat (5) that upper die device bottom is arranged in, top
Bar (6) is arranged on lower mold apparatus and subtracts with the first driven screw set (7) of the first driving screw rod (6) transmission connection and first
Fast case, first reduction gearbox one end and the first driven screw set (7) are sequentially connected, the first reduction gearbox other end and tapping drill bit (4)
Transmission connection；
When the upper die device moves down, drives the first driving screw rod (6) to move down, make the first driven screw set (7) just
To rotation, then it is by the first reduction gearbox driving tapping drill bit (4) rotation and mobile to mounting hole (2)；
When the upper die device moves up, the first driving screw rod (6) is driven to move up, keeps the first driven screw set (7) anti-
To rotation, then by the first reduction gearbox driving tapping drill bit (4) rotation and far from mounting hole (2).
3. the continuous stamping die of motor fixing frame according to claim 2, which is characterized in that first reduction gearbox includes
First cabinet (8), the first transmission gear (9) being arranged in the first cabinet (8), the second transmission gear (10), the first transmission
Axis (11), third transmission gear (12), the 4th transmission gear (13), second driving shaft (14) and the 5th transmission worm gear (15)；
First transmission gear (9) is fixed on the first driven screw set (7), the second transmission gear (10) and the first driving cog
(9) transmission connection is taken turns, the first transmission shaft (11) is coaxially fixed on the second transmission gear (10), and third transmission gear (12) is coaxial
It is fixed on the first transmission shaft (11) and is located above the second transmission gear (10), the 4th transmission gear (13) and third driving cog
(12) transmission connection is taken turns, second driving shaft (14) is coaxially fixed on the 4th transmission gear (13), and the 5th transmission worm gear (15) is same
Axis is fixed on second driving shaft (14) and is located at below the 4th transmission gear (13)；
Tapping drill bit (4) tail portion is equipped with helical tooth, and the 5th transmission worm gear (15) and helical tooth are sequentially connected；
The first driven screw set (7) is upward through the first cabinet (8).
4. the continuous stamping die of motor fixing frame according to claim 3, which is characterized in that the first driven screw set
(7) lower part is connected with the first cylindrical portion (16) in turn and the first positioning annular table (17), the diameter of the first cylindrical portion (16) are greater than
The diameter of the diameter of first driven screw set (7), the first positioning annular table (17) is greater than the diameter of the first cylindrical portion (16), lower die
Corresponding first positioning annular table (17) of device is equipped with the first limiting slot (18), and the first positioning annular table (17) setting is in the first limit
In slot (18), the first driven screw set (7) and the first cylindrical portion (16) are pierced by the first limiting slot (18) upwards, and the first reduction gearbox is set
It sets above the first cylindrical portion (16).
5. the continuous stamping die of motor fixing frame according to claim 4, which is characterized in that the side tapping mechanism
Quantity is two groups, and the quantity of passing punch and bent reshaping formed punch is two；
Described two passing punches are punched into mounting hole (2) in the both sides of the edge of sheet material (20) width direction respectively, and two pre-
Pierce punch is located at the left and right sides of sheet material (20) machine direction；
Described two bent reshaping formed punches carry out right-angle bending, two bent reshaping formed punch difference to the two sides of sheet material (20) respectively
Positioned at the left and right sides of sheet material (20) machine direction；
Two groups of side tapping mechanisms are respectively set the two sides of sheet material (20) width direction and for respectively to two mounting holes
(2) tapping is carried out.
6. the continuous stamping die of motor fixing frame according to claim 5, which is characterized in that the punching positioning mechanism and
Blanking mechanism is equipped between pre-punched hole mechanism, blanking mechanism includes two punching formed punches being arranged in upper die device, two punchings
It cuts formed punch to be punched into rectangular v notch v (19) in the both sides of the edge of sheet material (20) width direction respectively, two punching formed punches distinguish position
In the left and right sides of sheet material (20) machine direction, two rectangular v notch vs (19) are located at two adjacent motors of sheet material (20) and fix
Between frame (21).
7. the continuous stamping die of motor fixing frame according to claim 6, which is characterized in that side tapping mechanism edge
The front of sheet material (20) machine direction is equipped with and washes from mechanism, and washing from mechanism includes being arranged in upper die device to cut off formed punch, is cut
It is used to completely cut through the connection side (22) between two motor fixing frame of front and back (21) from formed punch, lower mold apparatus correspondence cuts off formed punch
Equipped with cutting off slot (23), lower mold apparatus is equipped with blanking sloping platform (24), and blanking sloping platform (24), which is connected to, cuts off slot (23) along sheet material
(20) front of machine direction.
8. the continuous stamping die of motor fixing frame according to claim 7, which is characterized in that corresponding on the lower mold apparatus
Punching aligning punch, passing punch and punching formed punch are respectively provided with the charging conduit of waste material whereabouts.
9. the continuous stamping die of motor fixing frame according to claim 8, which is characterized in that the upper die device includes certainly
Sequentially connected upper die holder (25), upper padding plate (26), the first upper clamp plate (27), the second upper clamp plate (28) and cope plate under above
(29)；
It the punching aligning punch, punching formed punch, passing punch, bent reshaping formed punch and cuts off formed punch and is arranged at cope plate
(29) on, the first fixing seat (5) is fixed on upper die holder (25) and is located at cope plate (29) side；
The upper padding plate (26), the first upper clamp plate (27), the second upper clamp plate (28) and cope plate (29), which are equipped with, to be avoided side and attacks
The notch of tooth mechanism.
10. the continuous stamping die of motor fixing frame according to claim 9, which is characterized in that the lower mold apparatus includes
Sequentially connected lower template (30), lower bolster (31) and lower die holder (32) from top to bottom；
The charging conduit, bent reshaping groove (3) cut off slot (23) and blanking sloping platform (24) is arranged on lower template (30),
Charging conduit penetrates through downwards lower die holder (32) with slot (23) is cut off, and the first limiting slot (18) and the setting of the first driven screw set (7) exist
On lower die holder (32), side tapping mechanism is located at lower template (30) side；
The lower template (30) and lower bolster (31) are equipped with the notch for avoiding side tapping mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821212968.0U CN208840317U (en) | 2018-07-27 | 2018-07-27 | A kind of continuous stamping die of motor fixing frame |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821212968.0U CN208840317U (en) | 2018-07-27 | 2018-07-27 | A kind of continuous stamping die of motor fixing frame |
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| Publication Number | Publication Date |
|---|---|
| CN208840317U true CN208840317U (en) | 2019-05-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821212968.0U Active CN208840317U (en) | 2018-07-27 | 2018-07-27 | A kind of continuous stamping die of motor fixing frame |
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| Country | Link |
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| CN (1) | CN208840317U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111974879A (en) * | 2020-08-07 | 2020-11-24 | 张家港世珍集装箱部件有限公司 | Continuous punch forming method for door handle seat |
-
2018
- 2018-07-27 CN CN201821212968.0U patent/CN208840317U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111974879A (en) * | 2020-08-07 | 2020-11-24 | 张家港世珍集装箱部件有限公司 | Continuous punch forming method for door handle seat |
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