CN106041519A - Automatic production device for emulsion pump - Google Patents
Automatic production device for emulsion pump Download PDFInfo
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- CN106041519A CN106041519A CN201610443712.XA CN201610443712A CN106041519A CN 106041519 A CN106041519 A CN 106041519A CN 201610443712 A CN201610443712 A CN 201610443712A CN 106041519 A CN106041519 A CN 106041519A
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- dish
- assembling
- pump
- pump housing
- bridging
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P21/00—Machines for assembling a multiplicity of different parts to compose units, with or without preceding or subsequent working of such parts, e.g. with programme control
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Details Of Reciprocating Pumps (AREA)
Abstract
The invention discloses an automatic production device for an emulsion pump. The automatic production device comprises a piston assembly assembling mechanism, a bending nozzle assembly assembling mechanism, a pump assembly preassembling mechanism and a master assembling mechanism. The piston assembly assembling mechanism is used for assembling a piston, an upper pump rod and a lower pump rod, and a piston assembly is formed after assembling. The bending nozzle assembly assembling mechanism is connected with the output end of the piston assembly assembling mechanism and used for assembling the piston assembly, a lock cover and a bending nozzle, and a bending nozzle assembly is formed after assembling. The pump assembly preassembling mechanism is used for assembling pump bodies, glass balls, gaskets and a spring, and a pump preassembled piece is formed after assembling. The master assembling mechanism is connected with the bending nozzle assembly assembling mechanism and the pump assembly preassembling mechanism at the same time and used for assembling the piston assembly, the pump preassembled piece and a spiral coil, and the finished pump is formed after assembling. By means of the above structure, the automatic production device can be used for assembling the emulsion pump in a full-automatic manner, the work efficiency is extremely high, labor force is reduced, and cost is reduced.
Description
Technical field
The present invention relates to a kind of emulsion pumps automatic production device.
Background technology
Along with social development, the living standard of people provides, and significantly increases at washing, the bottle Bottle & Can tank of cosmetic industry,
The demand of the emulsion pumps on Bottle & Can is the most increasing.Existing emulsion pumps generally comprised piston, upper pump rod, lower pump rod, locking closure,
Curved nozzle, upper glass ball, the pump housing, lower glass ball, pad, spring and bung flange parts, the assembling of existing emulsion pumps typically uses staff
Above-mentioned parts are completed by work, need for this to be equipped with more staff, it is desirable to provide bigger work place, and
After assembling, the quality of finished product there may be uneven phenomenon, provides a kind of full automatic assembling emulsion pumps for this present invention
Process units is used for substituting existing hand assembled mode.
Summary of the invention
In order to solve the problems referred to above, the present invention provides a kind of emulsion pumps automatic production device.
The technical solution adopted for the present invention to solve the technical problems is:
A kind of emulsion pumps automatic production device, including:
Piston component assembling mechanism, for assembling piston, upper pump rod, lower pump rod, forms piston component after assembling；
Wan Zui assembling components mechanism, is connected with the outfan of piston component assembling mechanism, for for piston component, lock
Lid, curved nozzle assemble, and form curved nozzle assembly after assembling；
The pre-assembled mechanism of pump assembly, for assembling the pump housing, glass ball, pad, spring, forms the pump housing pre-after assembling
Piece installing；
Total assembling mechanism, is connected with Wan Zui assembling components mechanism and the pre-assembled mechanism of pump assembly simultaneously, for piston
Assembly, pump housing package, bung flange assemble, and form pump housing finished product after assembling.
Present invention additionally comprises an intubation mechanism, be connected with total assembling mechanism, for liquid guiding tube is plugged on pump housing finished product
Together.
The pre-assembled mechanism of described pump assembly includes one for detecting the sealing detection of seal degree between glass ball and the pump housing
Device.
Described total assembling mechanism includes one for pump housing finished product carries out the first detection device of suction and leak detection.
Described piston component assembling mechanism include the first frame, the dish that shakes for the first of sequentially conveyor piston, for sequentially
In conveying the second of pump rod shake dish, shake dish, some first push rods for sequentially carrying the 3rd of lower pump rod the, the first frame can turn
Being provided with piston bridging dish, upper pump rod bridging dish and lower pump rod bridging dish, piston bridging dish receives first and shakes what dish carried dynamicly
Material, upper pump rod bridging dish receives the second material shaking dish conveying, and lower pump rod bridging dish receives the 3rd material shaking dish conveying, and the
One push rod is slidably mounted in the first frame, and piston, upper pump rod, lower pump rod can be connected together by the first push rod motion.
Described Wan Zui assembling components mechanism include the second frame, for sequentially carry the 4th of locking closure the shake dish, for sequentially
Carry the 5th of curved nozzle to shake dish, some second push rods, rotatably arranged with having piston component bridging dish, lock in described second frame
Lid bridging dish and curved nozzle bridging dish, piston component bridging dish receives the material of piston component assembling mechanism output, and described locking closure is hung
Charging tray for receive the 4th shake dish conveying material, described curved nozzle bridging dish for receive the 5th shake dish conveying material, second
Push rod is slidably mounted in the second frame, and piston component, locking closure, curved nozzle can be connected together by the second push rod motion.
The pre-assembled mechanism of described pump assembly also include the 3rd frame, for sequentially carry the 6th of the pump housing the shake dish, for
Sequentially conveying glass ball the 7th shake dish, for sequentially carry the 8th of pad the shake dish, for sequentially carry the 9th of spring the shake dish,
The rotating disk that oil brushing device, machinery gripping finger, the chute that is arranged in the 3rd frame dock with chute, rotating disk is installed in rotation on
In 3rd frame, pad can slide on chute, and chute one end dish that shakes with the 8th docks and receive pad, the other end and rotating disk pair
Connect；Machinery gripping finger is arranged in the 3rd frame, picks up for the pump housing on dish outfan that shakes the 6th and is placed on pad；The
The top of the pump housing that seven outfans shaking dish are positioned on rotating disk, for putting into the pump housing by glass ball；Described oil brushing device is along rotating disk
Rotation direction be positioned at the 7th rear station shaking dish output glass ball, for body medial wall is carried out brush oil processing；Described
The top of the pump housing that nine outfans shaking dish are positioned on rotating disk, the rotation direction along rotating disk is positioned at a rear station of oil brushing device,
For spring is put into the pump housing；Described package seal checker dress is positioned at by rotating disk, and the rotation direction along rotating disk is positioned at the 9th and shakes
A rear station of dish outfan.
Described total assembling mechanism includes the 4th frame, shakes dish, some 3rd push rods for sequentially carrying the tenth of bung flange the, and
Rotatably arranged with having curved nozzle assembly bridging dish, bung flange bridging dish and pump housing package bridging dish, bung flange bridging dish in four frames
Receiving the tenth material shaking dish conveying, curved nozzle assembly bridging dish receives the curved nozzle assembly of Wan Zui assembly apparatus mechanism output, the pump housing
Package bridging dish receives the pump housing package of pump assembly pre-assembled mechanism conveying, and the 3rd push rod is slidably mounted in the 4th
In frame, bung flange, curved nozzle assembly, pump housing package can be connected together by the 3rd push rod motion.
Described first detection device includes the 5th frame, pump housing finished product bridging dish, lock head device, suction force checking device and leakage
Gas detection device, pump housing finished product bridging dish is installed in rotation in the 5th frame, inhales force checking device, lock head device and gas leakage
Detection device is arranged in frame, is respectively used to the pump housing finished product of process carry out suction detection, to the pump meeting suction detection
Body finished product carries out tapered end process, the pump housing finished product processed through tapered end is carried out leak detection.
Present invention additionally comprises a control device, described piston component assembling mechanism, Wan Zui assembling components mechanism, pump assembly
Pre-assembled mechanism, total assembling mechanism and intubation mechanism are all electrically connected with control device.
The invention has the beneficial effects as follows: use the present invention of said structure emulsion pumps can be carried out full automatic assembling,
Work efficiency is high, reduces labour force, reduces cost, by machine complete monitoring product quality, it is ensured that excellent product quality, simultaneously
Present configuration is compact, can reduce production and take up an area space, and land utilization efficiency is significantly promoted.
Accompanying drawing explanation
The present invention is further described with embodiment below in conjunction with the accompanying drawings:
Fig. 1 is the structural principle schematic diagram of the present invention；
Fig. 2 is piston component assembling mechanism schematic diagram in the present invention；
Fig. 3 is curved nozzle assembling components structural scheme of mechanism in the present invention；
Fig. 4 is the pre-assembled mechanism of middle pump body assembly of the present invention and total assembling mechanism schematic diagram；
Fig. 5 is the first detection device schematic diagram in the present invention；
Fig. 6 is intubation mechanism schematic diagram in the present invention；
Fig. 7 is middle pump body finished product schematic diagram of the present invention.
Detailed description of the invention
With reference to Fig. 1～Fig. 7, the present invention is a kind of emulsion pumps automatic production device, including: piston component assembling mechanism 4,
For piston 1, upper pump rod 2, lower pump rod 3 are assembled, after assembling, form piston component 6；
Wan Zui assembling components mechanism 5, is connected with the outfan of piston component assembling mechanism 4, for for piston component 6,
Locking closure 7, curved nozzle 8 assemble, and form curved nozzle assembly 9 after assembling；
The pre-assembled mechanism of pump assembly 14, for assembling, after assembling the pump housing 10, glass ball 11, pad 12, spring 13
Form pump housing package 15；
Total assembling mechanism 16, is connected, for right with Wan Zui assembling components mechanism 5 and the pre-assembled mechanism of pump assembly 14 simultaneously
Piston component 6, pump housing package 15, bung flange 17 assemble, and form pump housing finished product 18 after assembling；
Control device, described piston component assembling mechanism 4, Wan Zui assembling components mechanism 5, the pre-assembled mechanism of pump assembly
14, total assembling mechanism 16 and intubation mechanism are all electrically connected with control device.Control device and include a single-chip microcomputer, touch control screen
And some photoelectric sensors, touch control screen and photoelectric sensor are all electrically connected with single-chip microcomputer, are monitored by photoelectric sensor
Piston component assembling mechanism 4, Wan Zui assembling components mechanism 5, the pre-assembled mechanism of pump assembly 14, the action of total assembling mechanism 16 are entered
Row feedback information, carry out processing controls by single-chip microcomputer, and touch control screen is for work user input parameter or other control
Order etc..The present invention using said structure can carry out full automatic assembling to emulsion pumps, and work efficiency is high, reduces work
Power, reduces cost, and by machine complete monitoring product quality, it is ensured that excellent product quality, present configuration is compact simultaneously, can reduce
Producing and take up an area space, land utilization efficiency is significantly promoted.
As it can be seen, piston component assembling mechanism 4 includes the first frame 19, shake dish for the first of sequentially conveyor piston 1
20, second for the sequentially upper pump rod 2 of conveying shake dish 21, shake dish 22, some first tops for sequentially carrying the 3rd of lower pump rod 3 the
Bar 23, rotatably arranged with having piston bridging dish 24, upper pump rod bridging dish 25 and lower pump rod bridging dish 26 in the first frame 19, lives
Plug bridging dish 24 receive first shake dish 20 conveying material, upper pump rod bridging dish 25 receive second shake dish 21 conveying material, under
Pump rod bridging dish 26 receives the 3rd material shaking dish 22 conveying, and the first push rod 23 is slidably mounted in the first frame 19, and the
Piston 1, upper pump rod 2, lower pump rod 3 can be connected together by one push rod 23 motion, can put into bead in lower pump rod as required.
By the first shake dish 20, second dish 21 and the 3rd dish 22 that shakes that shakes, piston 1, upper pump rod 2 and lower pump rod 3 are delivered to piston bridging respectively
Dish 24, upper pump rod bridging dish 25 and lower pump rod bridging dish 26, piston bridging dish 24, upper pump rod bridging dish 25 and lower pump rod bridging dish
All be provided with on 26 correspondence be affiliated to position, piston bridging dish 24 between upper pump rod bridging dish 25 and lower pump rod bridging dish 26,
Corresponding piston 1 between upper pump rod 2 and lower pump rod 3, under the motion of the first push rod 23 drives by piston 1, on pump rod 2,
Lower pump rod 3 connects together.
As it can be seen, Wan Zui assembling components mechanism 5 includes the second frame 27, shakes dish for sequentially carrying the 4th of locking closure 7 the
28, shake dish 29, some second push rods 30, rotatably arranged with there being work in the second frame 27 for sequentially carrying the 5th of curved nozzle 8
Plug assembly bridging dish 31, locking closure bridging dish 32 and curved nozzle bridging dish 33, piston component bridging dish 31, locking closure bridging dish 32 and curved nozzle
What bridging dish 33 was respectively arranged with corresponding piston component 6, locking closure 7 and curved nozzle 8 is affiliated to position, and piston component bridging dish 31 receives piston
The material of assembling components mechanism 4 output, locking closure bridging dish 32 is for receiving the 4th material shaking dish 28 conveying, curved nozzle bridging dish 33
For receive the 5th shake dish 29 conveying material, the second push rod is slidably mounted in the second frame 27, and the second push rod 30 is transported
Move and piston component 6, locking closure 7, curved nozzle 8 can be connected together.The piston component 6 assembled is led to by piston component assembling mechanism 4
Crossing track and deliver to being affiliated on position on piston component bridging dish 31, the 4th dish 28 and the 5th that shakes shakes dish 29 by locking closure 7 and curved nozzle 8 points
Not delivering to being affiliated on position on locking closure bridging dish 32 and curved nozzle bridging dish 33, piston component 6, locking closure 7, curved nozzle 8 set is positioned at second
The top of push rod 30, is serially connected three by the motion of the second push rod 30, and such curved nozzle assembly 9 can be completed.
As it can be seen, the pre-assembled mechanism of pump assembly 14 includes one for detecting seal degree between glass ball 11 and the pump housing 10
Package seal checker 34；Also include the 3rd frame 35, for sequentially carry the 6th of the pump housing 10 the shake dish 36, for sequentially carrying
The 7th of glass ball 11 shake dish 37, for sequentially carry the 8th of pad 12 the shake dish 38, shake for sequentially carrying the 9th of spring 13 the
The rotating disk 42 that dish 39, oil brushing device 40, machinery gripping finger, the chute 41 that is arranged in the 3rd frame 35 dock with chute 41, rotating disk
42 are installed in rotation in the 3rd frame 35, and pad 12 can slide on chute 41, and chute 41 one end is right with the 8th dish 38 that shakes
Connecing and receive pad 12, the other end docks with rotating disk 42；Machinery gripping finger is arranged in the 3rd frame 35, for the dish 36 that shakes the 6th
The pump housing 10 on outfan picks up and is placed on pad 12；The pump housing 10 that 7th outfan shaking dish 37 is positioned on rotating disk 42
Top, for putting into the pump housing 10 by glass ball 11；Oil brushing device 40 is positioned at the 7th dish 37 that shakes along the rotation direction of rotating disk 42 and exports
A rear station of end, for carrying out brush oil processing to body medial wall；9th outfan shaking dish 39 is positioned at the pump on rotating disk 42
The top of body 10, the rotation direction along rotating disk 42 is positioned at a rear station of oil brushing device 40, for spring 13 is put into the pump housing 10
In；It is other that package seal checker 34 dress is positioned at rotating disk 42, and the rotation direction along rotating disk 42 is positioned at the 9th and shakes rear the one of dish 39 outfan
Station.The concrete operating principle of the pre-assembled mechanism of pump assembly 14 using said structure is as follows, shakes dish 38 by pad by the 8th
12 deliver on chute 41, then the outfan gripping pump housing 10 of the dish 36 that shaken from the 6th by machinery gripping finger, and the pump housing 10 moves to pad
Above sheet 12, then moving down the pump housing 10 is put into pad 12, slideway moves delivers to rotating disk 42, rotating disk by the pump housing 10 installing pad 12
Some positions of being affiliated to hanging the pump housing 10 and pad 12 it are provided with on 42, the intermittent rotation of rotating disk 42, then the 7th shake dish 37 by glass
It is internal that the pump housing 10 delivered to one by one by ball, then the pump housing 10 carries out brush oil processing, and then the dish that shakes put into by spring 13 by the 9th dish 39 that shakes,
Sealing property inside glass ball and the pump housing 10 is detected by package seal checker 34 again, is moved by the undesirable pump housing 10
Walk, the pump housing 10 pre-assembled work of assembly can be completed.
As it can be seen, total assembling mechanism 16 includes one for pump housing finished product 18 carries out the first inspection of suction and leak detection
Survey device 43；Total assembling mechanism 16 includes the 4th frame 44, shakes dish 45, some 3rd tops for sequentially carrying the tenth of bung flange 17 the
Bar 46, rotatably arranged with having curved nozzle assembly bridging dish 47, bung flange bridging dish 48 and pump housing package bridging in the 4th frame 44
Dish 49, bung flange bridging dish 48 receive the tenth shake dish 45 conveying material, curved nozzle assembly bridging dish 47 receives curved nozzle assembly 9 device machine
The curved nozzle assembly 9 of structure output, pump housing package bridging dish receives the pump housing pre-assembled module of pump assembly pre-assembled mechanism 14 conveying,
3rd push rod 46 is slidably mounted in the 4th frame 44, and the 3rd push rod 46 motion can be by bung flange 17, curved nozzle assembly 9, the pump housing
Pre-assembled module connects together；First detection device 43 include the 5th frame 54, pump housing finished product bridging dish 55, lock head device 56,
Inhaling force checking device 57 and gas leak detection device 58, pump housing finished product bridging dish is installed in rotation in the 5th frame, and suction is examined
Survey device, lock head device and gas leak detection device to be arranged in frame, be respectively used to the pump housing finished product of process is carried out suction inspection
Survey, the pump housing finished product 18 meeting suction detection is carried out tapered end process, reveals the pump housing finished product 18 processed through tapered end
Detection.The concrete operating principle of total assembling mechanism 16 using said structure is as follows, curved nozzle assembly bridging dish 47, bung flange bridging dish 48
And on pump housing package bridging dish 49, it is respectively arranged with the position of being affiliated to of corresponding curved nozzle assembly 9, bung flange 17 and pump housing package 15, curved
The curved nozzle assembly 9 assembled is delivered on curved nozzle assembly bridging dish 47 by track by nozzle assembly 9 equipment mechanism, pre-group of pump assembly
Pump housing package 15 is delivered to, on pump housing package bridging dish 49, shake dish 45 by bung flange 17 by the tenth by mounting mechanism 14 by track
Delivering to bung flange be affiliated on dish, bung flange 17, curved nozzle assembly 9, pump housing pre-assembled module are positioned at the top of the 3rd push rod 46, by the 3rd top
Bar 46 moves and three is serially connected, and the pump housing finished product 18 concatenated delivers to pump housing finished product bridging dish by track, and the pump housing becomes
Be provided with some corresponding pump housing finished products 18 on product bridging dish is affiliated to position, by inhaling force checking device, lock head device and gas leakage inspection
Survey the device pump housing finished product 18 respectively to process to carry out suction detection, the pump housing finished product 18 meeting suction detection is carried out at tapered end
Managing, the pump housing finished product 18 processed through tapered end is carried out leak detection, the pump housing finished product 18 not meeting suction detection is directly rejected,
Reject again through tapered end process but do not meet the tapered end finished product of leak detection, it is ensured that the quality of tapered end finished product
As it can be seen, present invention additionally comprises an intubation mechanism 52, be connected with total assembling mechanism 16, for by liquid guiding tube 50 with
Pump housing finished product 18 is plugged in together.Intubation mechanism can include the 6th frame 51, the 6th frame is provided with and takes pipe mechanical hand, clamping
Mechanism 53, pump housing finished product 18 is delivered to the 6th frame by track by total assembling mechanism 16, by gripper mechanism grips pump housing finished product
18, then take pipe by taking pipe mechanical hand, and insert a tube in pump housing finished product 18, can complete to intubate, intubation mechanism can also wrap
Include one for the tube cutting mechanism cut off by length by the pipe of coil type.
Above-described embodiment is the preferred version of the present invention, and the present invention also can have other embodiments.The technology of this area
Personnel also can make equivalent variations or replacement on the premise of spirit of the present invention, and modification or the replacement of these equivalents are all wrapped
It is contained in the scope set by the application claim.
Claims (10)
1. an emulsion pumps automatic production device, it is characterised in that including:
Piston component assembling mechanism, for assembling piston, upper pump rod, lower pump rod, forms piston component after assembling；
Wan Zui assembling components mechanism, is connected with the outfan of piston component assembling mechanism, for for piston component, locking closure, curved
Nozzle assembles, and forms curved nozzle assembly after assembling；
The pre-assembled mechanism of pump assembly, for assembling the pump housing, glass ball, pad, spring, forms pump housing prepackage after assembling
Part；
Total assembling mechanism, is connected with Wan Zui assembling components mechanism and pump assembly pre-assembled mechanism simultaneously, be used for piston component,
Pump housing package, bung flange assemble, and form pump housing finished product after assembling.
2. a kind of emulsion pumps automatic production device as claimed in claim 1, it is characterised in that it also includes an intubation mechanism,
It is connected with total assembling mechanism, for liquid guiding tube is plugged in together with pump housing finished product.
3. a kind of emulsion pumps automatic production device as claimed in claim 1, it is characterised in that described pump assembly is pre-assembled
Mechanism includes one for detecting the package seal checker of seal degree between glass ball and the pump housing.
4. a kind of emulsion pumps automatic production device as claimed in claim 1, it is characterised in that described total assembling mechanism includes
One for carrying out the first detection device of suction and leak detection to pump housing finished product.
5. a kind of emulsion pumps automatic production device as claimed in claim 1, it is characterised in that described piston component kludge
Structure include the first frame, the dish that shakes for the first of sequentially conveyor piston, for sequentially carry the second of upper pump rod shake dish, for by
The 3rd of the lower pump rod of sequence conveying shakes dish, some first push rods, rotatably arranged with having piston bridging dish, upper pump rod in the first frame
Bridging dish and lower pump rod bridging dish, piston bridging dish receives the first material shaking dish conveying, and upper pump rod bridging dish receives and second shakes
Dish conveying material, lower pump rod bridging dish receive the 3rd shake dish conveying material, the first push rod is slidably mounted in the first machine
On frame, piston, upper pump rod, lower pump rod can be connected together by the first push rod motion.
6. a kind of emulsion pumps automatic production device as claimed in claim 1, it is characterised in that described curved nozzle assembling components machine
Structure include the second frame, for sequentially carry the 4th of locking closure the shake dish, for sequentially carry the 5th of curved nozzle the shake dish, some second
Push rod, rotatably arranged with having piston component bridging dish, locking closure bridging dish and curved nozzle bridging dish, piston set in described second frame
Part bridging dish receive piston component assembling mechanism output material, described locking closure bridging dish for receive the 4th shake dish conveying thing
Material, described curved nozzle bridging dish for receive the 5th shake dish conveying material, the second push rod is slidably mounted in the second frame,
Piston component, locking closure, curved nozzle can be connected together by the second push rod motion.
7. a kind of emulsion pumps automatic production device as claimed in claim 3, it is characterised in that described pump assembly is pre-assembled
Mechanism also include the 3rd frame, for sequentially carry the 6th of the pump housing the shake dish, for sequentially carry the 7th of glass ball the shake dish, for
Sequentially carry the 8th of pad shake dish, for sequentially carry the 9th of spring the shake dish, oil brushing device, machinery gripping finger, be arranged on the
The rotating disk that chute in three frames docks with chute, rotating disk is installed in rotation in the 3rd frame, and pad can be slided on chute
Dynamic, chute one end dish that shakes with the 8th docks and receives pad, and the other end docks with rotating disk；Machinery gripping finger is arranged on the 3rd frame
On, pick up for the pump housing on dish outfan that shakes the 6th and be placed on pad；7th outfan shaking dish is positioned on rotating disk
The top of the pump housing, for glass ball is put into the pump housing；It is defeated that described oil brushing device is positioned at the 7th dish that shakes along the rotation direction of rotating disk
Go out a rear station of glass ball, for body medial wall is carried out brush oil processing；Described 9th outfan shaking dish is positioned on rotating disk
The top of the pump housing, the rotation direction along rotating disk is positioned at a rear station of oil brushing device, for spring is put into the pump housing；Described
Package seal checker dress is positioned at by rotating disk, and the rotation direction along rotating disk is positioned at the 9th rear station shaking dish outfan.
8. a kind of emulsion pumps automatic production device as claimed in claim 1, it is characterised in that described total assembling mechanism includes
4th frame, shake dish, some 3rd push rods, rotatably arranged with there being curved nozzle in the 4th frame for sequentially carrying the tenth of bung flange
Assembly bridging dish, bung flange bridging dish and pump housing package bridging dish, bung flange bridging dish receive the tenth shake dish conveying material, curved nozzle
Assembly bridging dish receives the curved nozzle assembly of Wan Zui assembly apparatus mechanism output, and pump housing package bridging dish receives pre-group of pump assembly
Mounting mechanism conveying pump housing package, the 3rd push rod is slidably mounted in the 4th frame, the 3rd push rod motion can by bung flange,
Curved nozzle assembly, pump housing package connect together.
9. a kind of emulsion pumps automatic production device as claimed in claim 4, it is characterised in that described first detection device bag
Include the 5th frame, pump housing finished product bridging dish, lock head device, suction force checking device and gas leak detection device, pump housing finished product bridging dish
It is installed in rotation in the 5th frame, inhales force checking device, lock head device and gas leak detection device and be arranged in frame, respectively
For the pump housing finished product of process being carried out suction detection, the pump housing finished product meeting suction detection being carried out tapered end process, to process
The pump housing finished product that tapered end processes carries out leak detection.
10. a kind of emulsion pumps automatic production device as claimed in claim 1, it is characterised in that it also includes a control dress
Put, described piston component assembling mechanism, Wan Zui assembling components mechanism, the pre-assembled mechanism of pump assembly, total assembling mechanism and intubate
Mechanism is all electrically connected with control device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610443712.XA CN106041519B (en) | 2016-06-05 | 2016-06-05 | A kind of emulsion pumps automatic production device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610443712.XA CN106041519B (en) | 2016-06-05 | 2016-06-05 | A kind of emulsion pumps automatic production device |
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| Publication Number | Publication Date |
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| CN106041519A true CN106041519A (en) | 2016-10-26 |
| CN106041519B CN106041519B (en) | 2018-07-17 |
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| CN201610443712.XA Active CN106041519B (en) | 2016-06-05 | 2016-06-05 | A kind of emulsion pumps automatic production device |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106584097A (en) * | 2016-11-29 | 2017-04-26 | 余姚市翔盛塑业有限公司 | Emulsion pump automatic assembling device |
| CN106743378A (en) * | 2016-11-29 | 2017-05-31 | 余姚市翔盛塑业有限公司 | A kind of emulsion pumps automatic assembling machine |
| CN107263100A (en) * | 2017-08-16 | 2017-10-20 | 杭州泰尚机械有限公司 | Transfer material assembly system is pulled out in a kind of intellectuality of fuel pump automatic assembly line |
| CN108515345A (en) * | 2018-05-21 | 2018-09-11 | 广东中凯塑业有限公司 | A kind of emulsion pumps assembly line |
| CN109894865A (en) * | 2019-04-12 | 2019-06-18 | 深圳博纳精密给药系统股份有限公司 | A kind of two generation pump cores detection kludge |
| CN109894863A (en) * | 2019-04-12 | 2019-06-18 | 深圳博纳精密给药系统股份有限公司 | A kind of pump core kludge |
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