CN206484255U - Deep well pump rivet tightening machine correction component - Google Patents
Deep well pump rivet tightening machine correction component Download PDFInfo
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- CN206484255U CN206484255U CN201720125467.8U CN201720125467U CN206484255U CN 206484255 U CN206484255 U CN 206484255U CN 201720125467 U CN201720125467 U CN 201720125467U CN 206484255 U CN206484255 U CN 206484255U
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Abstract
The utility model discloses a kind of deep well pump rivet tightening machine correction component, its drip irrigation device is to include frame, the both sides of frame are provided with the sliding rack that can be slided up and down along frame, provided with the cylinder one to motor casing side driving force in sliding rack, support frame is connected with the take-off lever of cylinder one, the cylinder two for providing vertical driving force is provided with support frame, fixed block is installed on the take-off lever of cylinder two, rotating shaft is rotatably installed with fixed block, rotating shaft is provided with correction cutter head towards the end of motor casing, motor two is also equipped with support frame, the output shaft of motor two is connected in rotating shaft by belt pulley.Correction cutter head can weed out the burr edge in the screwed hole of motor casing, to improve the operating efficiency that follow-up packing ring is installed.
Description
Technical field
The utility model is related to deep well pump process equipment, more particularly to a kind of deep well pump rivet tightening machine correction component.
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..
After electric motor end cap is pressed on motor casing by deep well pump in production, it is necessary first to which packing ring is encased in into motor casing
In screwed hole, fastened secondly by the screwed hole and being tightened in the screwed hole of electric motor end cap of screw through motor casing.
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, packing ring feeding material component, packing ring shoot component, screw feeding material component and screw and shoot component, motor casing
After being transported to by conveying assembly on processing stations, packing ring is transported to by packing ring by packing ring feeding material component and shot in component, led to
Cross packing ring to shoot after the screwed hole that packing ring is pressed on motor casing by component, screw is input to screw and shot by screw feeding material component
In component, by screw shoot component by screw through motor casing screwed hole and be tightened in the screwed hole of electric motor end cap.
Screwed hole alignment packing ring in motor casing is shot after component and is carrying out fastening clamp by clamping components, wherein electricity
The screwed hole of casing can usually leave the edge of burr, and the edge of the burr will influence the installation of packing ring, so as to need work people
Member is special to go cleaning, greatly reduces operating efficiency, therefore there are certain 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
Component is corrected, motor casing screw thread hole bur edge can be removed, to improve the operating efficiency of packing ring installation.
Above-mentioned technical purpose of the present utility model technical scheme is that：
A kind of deep well pump rivet tightening machine correction component, including frame, the both sides of the frame are provided with can be along in frame
Provided with the cylinder one to motor casing side driving force in the sliding rack of lower slider, the sliding rack, the cylinder one
Take-off lever on be connected with the cylinder two being provided with support frame, support frame as described above for providing vertical driving force, the cylinder
It is provided with two take-off lever on fixed block, the fixed block and is rotatably installed with rotating shaft, the rotating shaft is towards the end of motor casing
It is provided with correction cutter head, support frame as described above and is also equipped with motor two, the output shaft of motor two is connected by belt pulley
It is connected in rotating shaft.
By above-mentioned technical proposal, motor casing is transported at processing stations by conveying assembly, the driving correction knife of cylinder two
The screwed hole of head and motor casing is flush, and the driving of cylinder one correction cutter head is moved to motor casing side to be used for correction cutter head insertion
Into the screwed hole of motor casing, wherein, the driving correction cutter head of motor two is rotated, and correction cutter head is in the screwed hole of motor casing
Rotate, the burr edge in the screwed hole of motor casing can be weeded out, to improve the operating efficiency that follow-up packing ring is installed.
It is preferred that, the end face of the correction cutter head is provided with the conical surface.
By above-mentioned technical proposal, when the screwed hole of motor casing does not have complete alignment correction cutter head, the conical surface is used to guide
Correction cutter head is entered in the screwed hole of motor casing.
It is preferred that, it is connected with the axle for being axially arranged with installation axle, the rotating shaft and being inserted for installation axle on the correction cutter head
Radially offered in hole, the rotating shaft and the fastener that end thread is connected to installation axle is equipped with mounting hole, the mounting hole.
By above-mentioned technical proposal, after correction cutter head long-time use, by under the sharpness for causing to correct cutter edge
Drop, so that, released by fastener by cutter head is corrected from rotating shaft, to facilitate the replacing of correction cutter head.
It is preferred that, axially offer and be slidably installed in the storage tank communicated with mounting hole, the storage tank in the rotating shaft
There is end to protrude from the spacing hole offered on the locating part of its notch, the fastener for locating part grafting, it is described accommodating
It is provided with and is offered for providing on elastic component of the locating part to spacing hole side elastic force, the locating part for guiding limit in groove
Position part is plugged in the guide surface in spacing hole.
By above-mentioned technical proposal, fastener is arranged in rotating shaft and its end thread is connected in installation axle, wherein, fastening
Locating part is pressed into storage tank by the end conflict of part on guide surface, with going deep into for fastener, locating part and limit
Position hole is relative, and locating part will be entered in spacing hole in grafting in the presence of elastic component, to reach that fastener is anti-in rotating shaft
De- effect.
It is preferred that, axially offer in the inner hexagonal hole communicated with spacing hole, the spacing hole and slide on the fastener
Crushing block is installed, one end of the crushing block contacts at the end of locating part, the other end of crushing block be located at inner hexagonal hole with
On the part that spacing hole is mutually connected, the other end of the crushing block offer for guide crushing block along spacing hole slide it is oblique
Face.
By above-mentioned technical proposal, it is extend into by external inner hexagon spanner in inner hexagonal hole, by the end of inner hexagon spanner
Portion is contradicted on inclined-plane and is downwardly applied to pressure, now, and crushing block is contradicted on the end face of locating part and slided along spacing hole,
Until locating part is extruded spacing hole, now, rotating inner hex wrench by crushing block, you can fastener is rotated from installation axle and
Go out.
In summary, the utility model having the beneficial effect that in contrast to prior art：
The screwed hole of the driving of cylinder two correction cutter head and motor casing is flush, and the driving of cylinder one corrects cutter head to motor casing one
Sidesway is employed to be inserted into the screwed hole of motor casing in by correction cutter head, wherein, the driving correction cutter head of motor two is rotated, school
Positive cutter head is rotated in the screwed hole of motor casing, can weed out the burr edge in the screwed hole of motor casing, follow-up to improve
The operating efficiency that packing ring is installed.
Brief description of the drawings
Fig. 1 is the scheme of installation of embodiment；
Fig. 2 is the structural representation of conveying assembly；
Fig. 3 A are the structural representation of base；
Fig. 3 B are the structural representation of top plate；
Fig. 4 is the structural representation that packing ring feeding material component and packing ring shoot component；
Fig. 5 is the structural representation that screw feeding material component and screw shoot component；
Fig. 6 is the structural representation of correction component；
Fig. 7 is the scheme of installation of correction cutter head；
Fig. 8 is the enlarged diagram in A portions in Fig. 7.
Reference：1st, frame；2nd, conveying assembly；201st, pedestal；202nd, base；203rd, roller transport chain；204th, it is spacing
Component；205th, proximity switch；206th, fixed cover；207th, connector one；208th, link slot；209th, top plate；210th, motor one；
211st, connector two；212nd, mounting groove；213rd, contiguous block；214th, spring；3rd, stepper motor；4th, screw rod；5th, sliding rack；6th, packing ring
Feeding material component；601st, packing ring vibrating disk；602nd, washer blanking passage；7th, packing ring shoots component；701st, packing ring fixed block；702nd, pad
Circle shoots hole；703rd, packing ring shoots head；704th, the first cylinder；8th, screw feeding material component；801st, screw vibrating disk；802nd, screw falls
Expect passage；9th, screw shoots component；901st, screw fixed block；902nd, screw shoots hole；903rd, screw shoots head；904th, the first electricity
Machine；905th, the second cylinder；10th, component is corrected；101st, cylinder one；102nd, support frame；103rd, cylinder two；104th, fixed block；105、
Rotating shaft；106th, cutter head is corrected；107th, motor two；108th, belt pulley；109th, the conical surface；11st, installation axle；12nd, axis hole；13rd, pacify
Fill hole；14th, fastener；15th, storage tank；16th, locating part；17th, spacing hole；18th, elastic component；19th, guide surface；20th, inner hexagonal hole；
21st, crushing block；22nd, inclined-plane；221st, first end；222nd, the second end.
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 tightening machine correction component, the correction component 10 is applied to deep well pump rivet
In tightening machine.
The deep well pump rivet tightening machine includes frame 1, conveying assembly 2, packing ring feeding material component 6, packing ring and shoots component 7, spiral shell
Nail feeding material component 8 and screw shoot component 9.
Wherein, the both sides of frame 1 are provided with stepper motor 3 and are connected to the screw rod 4 of the output shaft of stepper motor 3, in screw rod
Sliding rack 5 is threaded with 4, two side slips of sliding rack 5 are connected in frame 1, and therefore, sliding rack 5 can be in stepper motor
3rd, slided up and down under the driving of screw rod 4 along frame 1；Above-mentioned packing ring feeding material component 6, packing ring shoot component 7, screw feeding material component
8 and screw shoot component 9 and be arranged in sliding rack 5.
As shown in figure 4, packing ring feeding material component 6 includes packing ring vibrating disk 601 and is connected to the packing ring of packing ring vibrating disk 601
Blanking channel 602；It is including packing ring fixed block 701, on packing ring fixed block 701 and logical with washer blanking that packing ring shoots component 7
The packing ring that road 602 is communicated shoots hole 702 and shoots hole 702 relatively with packing ring and shot by the packing ring of the first cylinder 704 driving
First 703.
As shown in figure 5, screw feeding material component 8 includes screw vibrating disk 801 and is connected to the screw of screw vibrating disk 801
Blanking channel 802；It is including screw fixed block 901, on screw fixed block 901 and logical with screw blanking that screw shoots component 9
The screw that road 802 is communicated, which shoots hole 902 and shoots the screw that hole 902 is oppositely arranged with screw, shoots first 903, and screw is shot
First 903 are driven rotation by the first motor 904, and screw shoots first 903 and driven slip by the second cylinder 905.
After motor casing is transported on processing stations by conveying assembly 2, packing ring is passed through by packing ring by packing ring vibrating disk 601
Blanking channel 602 is transported to packing ring fixed block 701 and is housed in packing ring and shoots in hole 702, and first 703 are shot by packing ring by packing ring
It is pressed into the screwed hole on motor casing；Afterwards, screw is transported to screw by screw vibrating disk 801 by screw blanking channel 802
Fixed block 901 is simultaneously housed in screw and shot in hole 902, and first 903 are shot under the driving of the second cylinder 905 by screw by screw
Screw is tightened in the screwed hole of electric motor end cap through the screwed hole of motor casing, and under the driving of the first motor 904.
As shown in Fig. 2 the conveying assembly 2 includes pedestal 201, base 202, roller transport chain 203, the and of limit component 204
Proximity switch 205, the both sides that roller transport chain 203 is arranged on pedestal 201 are used to contradict to drive bottom with the lower surface of base 202
Seat 202 is run on pedestal 201；Limit component 204 is arranged at the processing stations of pedestal 201, and limit component 204 is used for and bottom
The end face of seat 202 contradicts to limit the run action of base 202；Processing stations of the relative set of proximity switch 205 in pedestal 201
Whether place, be located on processing stations for detection base 202.
With reference to shown in Fig. 3 A and Fig. 3 B, bearing is fixed with base 202, is provided with and is put for motor casing on the bearing face
The fixed cover 206 put, motor casing, which is placed in the fixed cover 206, to be rotated on base 202, be provided with base 202 and axle
Hold inner ring chimeric to drive the connector 1 that fixed cover 206 is rotated, connector 1 is located at the lower surface of base 202
On, the use of link slot 208 in link slot 208, the present embodiment is provided with connector 1 and is arranged on connector 1
Yi word pattern groove.
It is provided with pedestal 201 on top plate 209, top plate 209 and is additionally provided with motor 1, motor 1
Positioned at the bottom of top plate 209, the connection that end is connected with the output shaft of motor 1 is also rotatably connected in top plate 209
First 2 211, mounting groove 212 is offered on the end face of connector 2 211, mounting groove 212, which is used in T-shaped groove, mounting groove 212, pacifies
Equipped with the contiguous block 213 with the pairing of link slot 208, shape, the size of contiguous block 213 and link slot 208 are mutually fitted in the present embodiment
Match somebody with somebody, T fonts are accordingly presented in contiguous block 213.
It is provided with mounting groove 212 for providing spring 214 of the contiguous block 213 to the side elastic force of link slot 208, and spring
214 quantity is provided with two, and two springs 214 are located at the both sides of mounting groove 212 respectively.
With reference to shown in Fig. 1 and Fig. 6, the correction component 10 is arranged in sliding rack 5, and correction component 10 includes cylinder 1,
Cylinder 1 is used to provide to be connected with the driving force to motor casing side, the take-off lever of cylinder 1 in sliding rack 5
It is provided with support frame 102, support frame 102 on the cylinder 2 103 for providing vertical driving force, the take-off lever of cylinder 2 103
It is provided with fixed block 104, fixed block 104 and is rotatably installed with rotating shaft 105, rotating shaft 105 is provided with school towards the end of motor casing
Motor 2 107 is also equipped with positive cutter head 106, support frame 102, the output shaft of motor 2 107 passes through belt pulley 108
It is connected in rotating shaft 105.
The end face of correction cutter head 106 is provided with the conical surface 109；The setting of the conical surface 109, compresses in correction cutter head 106 and contradicts
When on the outer wall of motor casing, the first arc surface with motor casing outer wall of the conical surface 109 of correction cutter head 106 end is contradicted, so as to avoid
Motor casing is when rotating, and correction cutter head 106 causes the damage of motor casing outer wall.
Correct the course of work of cutter head 106：
Motor casing is placed in the fixed cover 206, base 202 is conveyed by roller transport chain 203, base 202 is conveyed
When on to processing stations, limit component will be contradicted on the end face of base 202, and now, proximity switch 205 detects base 202
In place；
First, drive cylinder drives the motion upwards of top plate 209, by the connector 2 211 on top plate 209 and base 202
Connector 1 contradict；Cylinder 2 103 provides the correction vertical driving force of cutter head 106, to cause correction cutter head 106 and motor
Screwed hole on shell is flush, and cylinder 1 provides correction driving force of the cutter head 106 to motor casing side, to correct knife
First 106 contradict on the outer wall of motor casing；
Secondly, the drive connection of motor 1 first 2 211 is rotated until the contiguous block 213 on connector 2 211 is fitted together to
Enter in the link slot 208 in connector 1, after contiguous block 213 and the pairing of link slot 208, motor casing will be driven
The driving of motor 1 is rotated；
If motor casing is in rotation process, the screwed hole on motor casing is directed at the correction cutter head 106 of both sides, corrects cutter head
During 106 will enter screwed hole from be originally pressed on the outer wall of motor casing to being fitted together to, motor casing screwed hole is positioned at and treated
On Working position；Wherein, the driving of motor 2 107 correction cutter head 106 rotates and can reject the burr in motor casing screwed hole
Fall.
Inserted as shown in fig. 7, being connected with installation axle 11, rotating shaft 105 to be axially arranged with correction cutter head 106 for installation axle 11
Axis hole 12, radially offer in rotating shaft 105 and be equipped with end thread in mounting hole 13, mounting hole 13 and be connected to installation axle 11
Fastener 14.
The storage tank 15 communicated with mounting hole 13, storage tank 15 are axially offered with reference to shown in Fig. 7 and Fig. 8, in rotating shaft 105
In be slidably fitted with end can protrude from offered on the locating part 16 of its notch, fastener 14 it is spacing for the grafting of locating part 16
It is provided with hole 17, storage tank 15 for providing on elastic component 18 of the locating part 16 to the side elastic force of spacing hole 17, locating part 16
Offer the guide surface 19 for guiding locating part 16 to be plugged in spacing hole 17.
Axially offered on fastener 14 be slidably fitted with the inner hexagonal hole 20 communicated with spacing hole 17, spacing hole 17 it is crowded
Briquetting 21, one end of crushing block 21 contacts at the end of locating part 16, and the other end of crushing block 21 is located at inner hexagonal hole 20 and limit
On the part that is mutually connected of hole 17 of position, the other end of crushing block 21 offer for guide crushing block 21 along spacing hole 17 slide it is oblique
Face 22.Inclined-plane 22 has the end 222 of first end 221 and second, and first end 221 is located at the lower surface of crushing block 21, the second 222, end
In the end of crushing block 21, first end 221 and the hole wall of inner hexagonal hole 20 are flush.
The peace of correction cutter head 106 tears process open：
After the installation axle 11 for correcting cutter head 106 is plugged in axis hole 12, it is arranged in by fastener 14 in mounting hole 13,
Now, the end of fastener 14 is contradicted on guide surface 19, locating part 16 is pressed into storage tank 15, in fastener
After 14 end thread is connected in installation axle 11, gos deep into the rotation of fastener 14, locating part 16 is reached in spacing hole 17
Position when, locating part 16 by the presence of elastic component 18 grafting enter in spacing hole 17 complete fastener 14 it is spacing；
When needing to remove fastener 14, it is inserted into by external inner hexagon spanner in inner hexagonal hole 20, interior hexagonal is pulled
The end of hand is contradicted on inclined-plane 22, and inner hexagon spanner is forced in downwards on crushing block 21, effect of the crushing block 21 on inclined-plane 22
Lower to be slided along spacing hole 17, now, crushing block 21 is contradicted on locating part 16, and the end of locating part 16 is extruded in spacing hole 17
Outside so that locating part 16 is not constituted to fastener 14 to be stopped；Now, it is only necessary to rotating inner hex wrench, you can by fastener 14
Rotate and go out from installation axle 11.
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 (5)
1. a kind of deep well pump rivet tightening machine correction component, including frame (1), the both sides of the frame (1) are provided with can be along machine
The sliding rack (5) that frame (1) is slided up and down, it is characterized in that：Driven on the sliding rack (5) provided with to motor casing side
It is connected with the cylinder one (101) of power, the take-off lever of the cylinder one (101) on support frame (102), support frame as described above (102)
It is provided with the cylinder two (103) for providing vertical driving force, the take-off lever of the cylinder two (103) and fixed block is installed
(104) rotating shaft (105), is rotatably installed with the fixed block (104), the rotating shaft (105) is installed towards the end of motor casing
Have and motor two (107) be also equipped with correction cutter head (106), support frame as described above (102), motor two (107) it is defeated
Shaft is connected in rotating shaft (105) by belt pulley (108).
2. deep well pump rivet tightening machine according to claim 1 correction component, it is characterized in that：The correction cutter head
(106) end face is provided with the conical surface (109).
3. deep well pump rivet tightening machine according to claim 1 correction component, it is characterized in that：The correction cutter head
(106) axis hole (12) being axially arranged with installation axle (11), the rotating shaft (105) for installation axle (11) insertion, institute are connected with
State and mounting hole (13) is radially offered in rotating shaft (105), being equipped with end thread in the mounting hole (13) is connected to installation axle
(11) fastener (14).
4. deep well pump rivet tightening machine according to claim 3 correction component, it is characterized in that：On the rotating shaft (105)
Axially offer and be slidably fitted with end in the storage tank (15) communicated with mounting hole (13), the storage tank (15) and can protrude from
The spacing hole (17) for locating part (16) grafting is offered on the locating part (16) of its notch, the fastener (14), it is described to hold
Put in groove (15) and be provided with for providing elastic component (18) of the locating part (16) to spacing hole (17) side elastic force, the locating part
(16) guide surface (19) for guiding locating part (16) to be plugged in spacing hole (17) is offered on.
5. deep well pump rivet tightening machine according to claim 4 correction component, it is characterized in that：On the fastener (14)
Axially offer in the inner hexagonal hole (20) communicated with spacing hole (17), the spacing hole (17) and be slidably fitted with crushing block
(21), one end of the crushing block (21) contacts at the end of locating part (16), and the other end of crushing block (21) is located at interior hexagonal
On the part that hole (20) is mutually connected with spacing hole (17), the other end of the crushing block (21) is offered for guiding crushing block
(21) inclined-plane (22) slided along spacing hole (17).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720125467.8U CN206484255U (en) | 2017-02-10 | 2017-02-10 | Deep well pump rivet tightening machine correction component |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720125467.8U CN206484255U (en) | 2017-02-10 | 2017-02-10 | Deep well pump rivet tightening machine correction component |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206484255U true CN206484255U (en) | 2017-09-12 |
Family
ID=59763845
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720125467.8U Active CN206484255U (en) | 2017-02-10 | 2017-02-10 | Deep well pump rivet tightening machine correction component |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206484255U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109175981A (en) * | 2018-09-29 | 2019-01-11 | 重庆宏旷电子科技有限公司 | A kind of deep hole the screwed lock machine and its application method |
-
2017
- 2017-02-10 CN CN201720125467.8U patent/CN206484255U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109175981A (en) * | 2018-09-29 | 2019-01-11 | 重庆宏旷电子科技有限公司 | A kind of deep hole the screwed lock machine and its application method |
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