CN206484247U - Deep well pump rivet tightens machine screw processing assembly - Google Patents
Deep well pump rivet tightens machine screw processing assembly Download PDFInfo
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- CN206484247U CN206484247U CN201720125398.0U CN201720125398U CN206484247U CN 206484247 U CN206484247 U CN 206484247U CN 201720125398 U CN201720125398 U CN 201720125398U CN 206484247 U CN206484247 U CN 206484247U
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- screw
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- support frame
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Abstract
Machine screw processing assembly is tightened the utility model discloses a kind of deep well pump rivet, its drip irrigation device is to include the fixed mount in sliding rack and the screw feeding material component on fixed mount, the sliding rack along it provided with that can slide laterally to the support frame of processing stations, and support frame as described above is provided with the screw being connected with screw feeding material component and shoots component；Screw, which shoots component, includes screw fixed block and the screw holding channel being connected on screw fixed block with screw feeding material component, it is provided with support frame as described above and is exposed to the screw of screw holding channel for clamping end laterally move to the clamping components for shooting station, support frame as described above is driven the screw of rotation to shoot head and for driving screw to shoot head motion so that the screw in clamping components to be pressed into the drive cylinder one in motor casing screwed hole in shooting at station to be provided with by the first motor.
Description
Technical field
The utility model is related to a kind of deep well pump rivet and tightens machine screw processing assembly.
Background technology
The maximum feature of deep well pump is to be formed integrally motor and pump, and it is to immerse in underground water well to carry out suction and defeated
A kind of pump of water is sent, is widely used in farmland discharging-irrigating, industrial and mining enterprises, urban water supply and sewerage and sewage disposal etc..
Traditional deep well pump rivet tightening machine includes frame, the horizontal conveying group having for conveying motor casing in frame
Part, the sliding rack that can be slided up and down along frame is provided with the both sides of frame, is provided with sliding rack for clamping motor casing
Clamping position component.
After motor casing is transported on processing stations by conveying assembly, motor casing is consolidated by clamping position component
Afterwards, packing ring is encased in the screwed hole of motor casing by processing staff, secondly by screw is through the screwed hole of motor casing and screws
Fastened in the screwed hole of electric motor end cap, the mounting means of such a screw, the installation effectiveness of screw is relatively low, therefore has one
Fixed improvements.
Utility model content
In view of the deficienciess of the prior art, the purpose of this utility model is that providing a kind of deep well pump rivet tightening machine uses
Screw processing assembly, with screw installation effect it is high the characteristics of.
Above-mentioned technical purpose of the present utility model technical scheme is that：
A kind of deep well pump rivet tightens machine screw processing assembly, including fixed mount in sliding rack and is located at
Screw feeding material component on fixed mount, the sliding rack is described provided with that can be slid laterally along it to the support frame of processing stations
Support frame is provided with the screw being connected with screw feeding material component and shoots component；
The screw is shot component and is connected including screw fixed block and on screw fixed block with screw feeding material component
Screw holding channel, be provided with support frame as described above and be exposed to the screw of screw holding channel to carry out horizontal stroke for clamping end
The clamping components for shooting station to being moved to, support frame as described above in shoot at station be provided with by the first motor drive rotation spiral shell
Nail is shot head and moved for driving screw to shoot head so that the screw in clamping components is pressed into motor casing screwed hole
Drive cylinder one.
By above-mentioned technical proposal, screw is transported in screw holding channel by screw feeding material component and end protrudes spiral shell
Outside the surface for following closely fixed block, clamped by clamping components and after screw laterally move to shooting in station, the first motor
Driving screw shoots head rotation, and drives screw to shoot head movement by drive cylinder one so that screw shoots head and is connected to spiral shell
Nail on so that screw is pressed into the screwed hole of motor casing through packing ring, because screw shoots head in rotation status, because
This, screw will be tightened in the screwed hole of electric motor end cap, the process whole-course automation of screw, and screw installation effect is high.
It is preferred that, the screw feeding material component includes screw vibrating disk and one end is connected to the screw of screw vibrating disk
Blanking channel, the other end of the screw blanking channel is connected to screw fixed block and communicated with screw holding channel, the spiral shell
Be communicated with the tracheae for its internal screw being blown into screw holding channel on nail blanking channel.
By above-mentioned technical proposal, screw will enter screw blanking towards identical in the presence of screw vibrating disk and lead to
In road, wherein, screw is oriented end faces outwards, and after screw enters screw blanking channel, tracheae will be blown, raising spiral shell
Follow closely from screw blanking channel enter screw holding channel in dynamics, with facilitate screw screw holding channel medial end portions protrude
In outside screw fixed block to facilitate the clamping of clamping components.
It is preferred that, the screw holding channel include through screw fixed block through hole and be opened in screw and fix
The translot on block surface, one end of the translot is communicated with through hole and the other end is communicated with the side wall of screw fixed block, the translot
Notch at be provided with shoulder block with the conflict of the ailhead position of screw, the screw fixed block and be additionally provided with for stopping through hole
The barrier structure of middle screw.
By above-mentioned technical proposal, shoulder block is contradicted with ailhead position prevents screw from departing from from screw holding channel, translot
Setting with facilitate clamping components screw clamp is handled and from screw fixed block it is traversing and go out.
It is preferred that, the barrier structure includes the cylinder one being installed on screw fixed block, the take-off lever of the cylinder one
On be connected with block, the block extend into screw fixed block to separate in through-holes, through having and through hole phase on the block
It is intercommunicated by hole, it is described to produce radial deflection to stop the logical of screw between through hole under the driving of cylinder one by hole
Cross.
By above-mentioned technical proposal, after a screw is by by hole, cylinder one will drive block motion so that block
In by between hole and through hole produce radially it is cheap, to ensure that next screw will not be made to the transverse shifting of screw to be processed
Into interference.
It is preferred that, the clamping components include connecting on the cylinder two being installed on support frame, the take-off lever of the cylinder two
It is connected to the clamping jaw being connected with gripper cylinder, the take-off lever of the gripper cylinder for clamp screws.
By above-mentioned technical proposal, the driving gripper cylinder transverse shifting of cylinder two, gripper cylinder driving clamping jaw opens or closed
Close, after gripper cylinder driving clamping jaw closure clamps screw, cylinder two drives gripper cylinder transverse shifting to move screw
To shooting at station, screw clamping dynamics is high, high in machining efficiency.
It is preferred that, the clamping jaw has the folder hole for being used for accommodating screw, and the folder hole shoots the hole of first side close to screw
Cambered surface is offered at mouthful.
By above-mentioned technical proposal, screw shoots head and is connected to the ailhead position of screw and screw is pressed into motor casing
When in screwed hole, the ailhead position of cambered surface and screw is contradicted, to drive clamping jaw to open certain gap to facilitate screw to pass through.
In summary, the utility model having the beneficial effect that in contrast to prior art：
Screw by screw feeding material component be transported in screw holding channel and end projection bolt fixed block surface it
Outside, clamped by clamping components and after screw laterally move to shooting in station, the first motor driving screw shoots head rotation
Turn, and drive screw to shoot head movement by drive cylinder one so that screw shoots head and is connected on screw to pass through on screw
Packing ring is pressed into the screwed hole of motor casing, and because screw shoots head in rotation status, therefore, screw will be tightened on
In the screwed hole of electric motor end cap, the process whole-course automation of screw, screw installation effect is high.
Brief description of the drawings
Fig. 1 is the scheme of installation of embodiment；
Fig. 2 is the structural representation of screw feeding material component；
Fig. 3 is the structural representation that screw shoots component；
Fig. 4 A are the structural representation of screw fixed block；
Fig. 4 B are the structural representation of barrier structure.
Reference：1st, frame；2nd, conveying assembly；3rd, sliding rack；4th, stepper motor；5th, screw rod；6th, clamping position component；
7th, packing ring feeding material component；8th, packing ring shoots component；9th, fixed mount；10th, screw feeding material component；101st, screw vibrating disk；102nd, spiral shell
Follow closely blanking channel；103rd, tracheae；11st, draw runner；12nd, slide；13rd, support frame；14th, drive cylinder two；15th, screw shoots component；
151st, screw fixed block；152nd, screw holding channel；1521st, through hole；1522nd, translot；1523rd, shoulder block；153rd, barrier structure；
1531st, cylinder one；1532nd, block；1533rd, hole is passed through；154th, clamping components；1541st, cylinder two；1542nd, gripper cylinder；
1543rd, clamping jaw；1544th, folder hole；155th, the first motor；156th, screw shoots head；157th, drive cylinder one；158th, sliding block.
Embodiment
The utility model is described in further detail below in conjunction with accompanying drawing.
As shown in figure 1, a kind of deep well pump rivet tightens machine screw processing assembly, the screw processing assembly is applied to deep-well
In pump rivet tightening machine.
Deep well pump rivet tightening machine in the present embodiment includes frame 1 and crosses the conveying assembly 2 in frame 1,
The both sides of frame 1 are provided with sliding rack 3, stepper motor 4 and end and are connected to stepper motor 4 and are threadedly connected to sliding rack 3
Screw rod 5, the drive screw 5 of stepper motor 4 rotates to drive sliding rack 3 to slide up and down along frame 1.
Be provided with sliding rack 3 motor casing clamping position component 6, packing ring feeding material component 7, packing ring shoot component 8, with
And screw processing assembly.
First, after motor casing is transported on processing stations by conveying assembly 2, packing ring is transported to by packing ring feeding material component 7
Packing ring is shot in component 8, and shooting component 8 by packing ring is pressed into packing ring in the screwed hole on motor casing；
Secondly, component 15 is shot by screw by screw and through the screwed hole of motor casing and is tightened on the screw thread of electric motor end cap
To complete the installation of motor casing and electric motor end cap in hole.
With reference to shown in Fig. 1 and Fig. 2, screw processing assembly in the present embodiment include fixed mount 9 in sliding rack 3,
And the screw feeding material component 10 on fixed mount 9.Screw feeding material component 10 includes the screw vibration being installed on fixed mount 9
Disk 101 and one end are connected to the screw blanking channel 102 of screw vibrating disk 101, wherein, screw blanking channel 102 it is another
End is connected to screw and shot in component 15, the present embodiment, and screw blanking channel 102 uses soft conduit；Wherein, screw blanking leads to
Tracheae 103 is connected with road 102, tracheae 103 is connected to air pump.Screw is in the presence of screw vibrating disk 101, end faces outwards quilt
After being transported in screw blanking channel 102, the gas that air pump is provided is blowed to screw blanking channel 102 by tracheae 103, is easy to spiral shell
Screw in nail blanking channel 102 blows to screw and shot in component 15.
With reference to shown in Fig. 1 and Fig. 3, sliding on draw runner 11, draw runner 11 is laterally installed with sliding rack 3 slide is installed
12, support frame 13 is provided with slide 12, support frame 13 is provided with the screw being connected with screw feeding material component 10 and shoots component 15.
Drive cylinder 2 14 is also equipped with the sliding rack 3, the take-off lever of drive cylinder 2 14 is connected on support frame 13, support frame
13 can slide laterally to processing stations under the driving of drive cylinder 2 14 in sliding rack 3.
Wherein, screw shoots component 15 and includes being installed on the screw fixed block 151 of support frame 13 and fixed located at screw
Screw holding channel 152 on block 151.
With reference to shown in Fig. 3 and Fig. 4 A, screw holding channel 152 include through screw fixed block 151 through hole 1521, with
And the translot 1522 on the surface of screw fixed block 151 is opened in, one end of through hole 1521 is connected with screw blanking channel 102, leads to
The other end in hole 1521 is communicated with the end face of screw fixed block 151.
One end of translot 1522 is communicated with through hole 1521 and the other end is communicated with the side wall of screw fixed block 151, in translot
Being provided with to be additionally provided with the shoulder block 1523 with the ailhead position conflict of screw, screw fixed block 151 at 1522 notch is used for
Stop the barrier structure 153 of screw in through hole 1521.
With reference to shown in Fig. 3 and Fig. 4 B, barrier structure 153 includes the cylinder 1 being installed on screw fixed block 151, gas
Block 1532 is connected with the take-off lever of cylinder 1, block 1532 extend into screw fixed block 151 to separate in through hole 1521
In, on block 1532 through have with through hole 1521 be interconnected by hole 1533, can be in cylinder 1 by hole 1533
Driving is lower to be produced radial deflection to stop passing through for screw between through hole 1521.
Screw by screw feeding conveying assembly 2 when being transported to screw holding channel 152, and the end of screw will protrude from spiral shell
Follow closely outside holding channel 152, the ailhead position of screw is stopped by shoulder block 1523 to be housed in translot 1522.
As shown in figure 3, be provided with support frame 13 for clamping end be exposed to the screw of screw holding channel 152 with
Laterally move to the clamping components 154 for shooting station.Clamping components 154 include the cylinder two being installed on support frame 13
1541, being connected with to be connected with gripper cylinder 1542, the take-off lever of gripper cylinder 1542 on the take-off lever of cylinder 2 1541 is used for
The clamping jaw 1543 of clamp screws.
Support frame 13 is provided with the first motor 155 in shooting at station, is provided with the output shaft of the first motor 155 by
The screw of one motor 155 driving rotation shoots first 156, and there is the cross being adapted with screw to bore for the end that screw shoots first 156
Head；It is also equipped with being connected with sliding block 158 on drive cylinder 1, the take-off lever of drive cylinder 1 on support frame 13, it is sliding
Block 158 is slidably mounted on support frame 13, and the first motor 155 is installed on the sliding block 158, thus, and screw shoots first 156 can be
By the cross bit of its end and screw pairing under the driving of drive cylinder 1, by the screw pressure in clamping jaw 1543
Enter into the screwed hole of motor casing and screw is tightened in the screwed hole in electric motor end cap by rotating, complete electric motor end cap and exist
Installation on motor casing.
Wherein, clamping jaw 1543 has the folder hole 1544 for being used for accommodating screw, and folder hole 1544 shoots first 156 side close to screw
Aperture at offer cambered surface；The ailhead position of cambered surface and screw is contradicted, to drive clamping jaw 1543 to open certain gap with side
Just screw passes through.
The course of work：
After conveying assembly 2 conveys motor casing in place, sliding rack 3 is moved down under the driving of stepper motor 4 so that pad
Circle is shot in same level between head and the screwed hole of motor casing, and drive cylinder 2 14 drives support frame 13 in sliding rack 3
On slide laterally to processing stations；
Screw is managed into end faces outwards and is transported in screw blanking channel 102 by screw vibrating disk 101, and tracheae 103 is to screw
Blown in blanking channel 102, the screw that the screw in screw blanking channel 102 is blown into screw fixed block 151 is accommodating logical
In road 152, screw is protruded from outside the end face of screw fixed block 151 its end by screw holding channel 152；
Now, the driving of cylinder 1 block 1532 is moved so that pass through hole 1533 and through hole 1521 in block 1532
Between produce radial deflection, to limit the entrance of next screw；
The driving clamping jaw 1543 of gripper cylinder 1542 clamps the end of screw, and the driving gripper cylinder 1542 of cylinder 2 1541 is transported
It is dynamic so that screw is traversing to shooting in station；
In station is shot, the first motor 155 driving screw shoots first 156 rotation, and the driving screw of drive cylinder 1 is attacked
Enter first 156 on the ailhead position of screw that the side of clamping jaw 1543 is moved and is connected in clamping jaw 1543, so that screw can be
Screw rotates in the presence of shooting first 156, by screw shoot first 156 screw is pressed into the screwed hole of motor casing after, phase
Screw should be tightened on electric motor end cap.
Described above is only exemplary embodiment of the present utility model, not for limitation protection model of the present utility model
Enclose, protection domain of the present utility model is determined by appended claim.
Claims (6)
1. a kind of deep well pump rivet tightens machine screw processing assembly, including fixed mount (9) in sliding rack (3) and
Screw feeding material component (10) on fixed mount (9), it is characterized in that：The sliding rack (3) is provided with and can slid laterally along it
To the support frame (13) of processing stations, support frame as described above (13) is provided with the screw being connected with screw feeding material component (10) and shoots group
Part (15)；
The screw is shot component (15) including screw fixed block (151) and sent on screw fixed block (151) with screw
Expect to be provided with the connected screw holding channel (152) of component (10), support frame as described above (13) and be exposed to spiral shell for clamping end
The screw of nail holding channel (152) laterally move to the clamping components for shooting station (154), support frame as described above (13) in
Shoot at station to be provided with is driven the screw of rotation to shoot head (156) and for driving screw to shoot by the first motor (155)
Head (156) moves to be pressed into the screw in clamping components (154) into the drive cylinder one (157) in motor casing screwed hole.
2. deep well pump rivet according to claim 1 tightens machine screw processing assembly, it is characterized in that：The screw feeding
Component (10) includes screw vibrating disk (101) and one end is connected to the screw blanking channel (102) of screw vibrating disk (101),
The other end of the screw blanking channel (102) is connected to screw fixed block (151) and communicated with screw holding channel (152),
Be communicated with the gas for its internal screw being blown into screw holding channel (152) on the screw blanking channel (102)
Manage (103).
3. deep well pump rivet according to claim 1 tightens machine screw processing assembly, it is characterized in that：The screw is housed
Passage (152) is including the through hole (1521) through screw fixed block (151) and is opened in screw fixed block (151) surface
Translot (1522), one end of the translot (1522) is communicated and the other end and screw fixed block (151) with through hole (1521)
Side wall is communicated, and the shoulder block (1523) with the ailhead position conflict of screw, the spiral shell are provided with the notch of the translot (1522)
The barrier structure (153) for stopping screw in through hole (1521) is additionally provided with nail fixed block (151).
4. deep well pump rivet according to claim 3 tightens machine screw processing assembly, it is characterized in that：The barrier structure
(153) include connecting on the cylinder one (1531) being installed on screw fixed block (151), the take-off lever of the cylinder one (1531)
There is block (1532), the block (1532) extend into screw fixed block (151) to separate in through hole (1521), the block
(1532) on through have with through hole (1521) be interconnected by hole (1533), it is described by hole (1533) in cylinder one
(1531) produce radial deflection to stop passing through for screw between through hole (1521) under driving.
5. deep well pump rivet according to claim 1 tightens machine screw processing assembly, it is characterized in that：The clamping components
(154) include being connected with folder on the cylinder two (1541) being installed on support frame (13), the take-off lever of the cylinder two (1541)
Hold the clamping jaw (1543) being connected with cylinder (1542), the take-off lever of the gripper cylinder (1542) for clamp screws.
6. deep well pump rivet according to claim 5 tightens machine screw processing assembly, it is characterized in that：The clamping jaw
(1543) there is the folder hole (1544) for being used for accommodating screw, the folder hole (1544) shoots the hole of head (156) side close to screw
Cambered surface is offered at mouthful.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720125398.0U CN206484247U (en) | 2017-02-10 | 2017-02-10 | Deep well pump rivet tightens machine screw processing assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720125398.0U CN206484247U (en) | 2017-02-10 | 2017-02-10 | Deep well pump rivet tightens machine screw processing assembly |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206484247U true CN206484247U (en) | 2017-09-12 |
Family
ID=59764754
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720125398.0U Active CN206484247U (en) | 2017-02-10 | 2017-02-10 | Deep well pump rivet tightens machine screw processing assembly |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206484247U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107932396A (en) * | 2017-12-22 | 2018-04-20 | 芜湖全程智能科技有限公司 | A kind of automatic locking screw machine lock screw mechanism |
| CN108857366A (en) * | 2018-08-20 | 2018-11-23 | 遨博（江苏）机器人有限公司 | Full-automatic screw fixing machine |
| CN113427226A (en) * | 2021-06-29 | 2021-09-24 | 武汉凡谷信电子技术有限公司 | Rapid nail feeding mechanism capable of actively opening and yielding |
-
2017
- 2017-02-10 CN CN201720125398.0U patent/CN206484247U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107932396A (en) * | 2017-12-22 | 2018-04-20 | 芜湖全程智能科技有限公司 | A kind of automatic locking screw machine lock screw mechanism |
| CN108857366A (en) * | 2018-08-20 | 2018-11-23 | 遨博（江苏）机器人有限公司 | Full-automatic screw fixing machine |
| CN113427226A (en) * | 2021-06-29 | 2021-09-24 | 武汉凡谷信电子技术有限公司 | Rapid nail feeding mechanism capable of actively opening and yielding |
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