CN206416533U - A kind of charger automatic assembling device - Google Patents
A kind of charger automatic assembling device Download PDFInfo
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- CN206416533U CN206416533U CN201621440285.1U CN201621440285U CN206416533U CN 206416533 U CN206416533 U CN 206416533U CN 201621440285 U CN201621440285 U CN 201621440285U CN 206416533 U CN206416533 U CN 206416533U
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- shell
- charger
- lower cover
- support riser
- cylinder
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Abstract
A kind of charger automatic assembling device, which solve the manual production manufacture method of existing charger, low production efficiency, unstable product quality, homogeneity of product is poor, labor strength is big, the technical problem of automatic batch production can not be realized, it is provided with lower cover shell auto-feeder, lower cover shell auto-feeder side is provided with shell of top cover automatic charging device, lower cover shell auto-feeder rear and front end is respectively equipped with the plate that is connected, left support riser and right support riser are respectively equipped between what rear and front end was respectively equipped be connected plate, left support riser and right support riser parallel arrangement, gapping interval is formed between left support riser and right support riser, annular synchronous cog belt is respectively equipped with left support riser and right support riser, gapping interval between left support riser and right support riser is provided with lower cover shell frock, synchronous cog belt is connected with motor.The utility model can be widely applied to the manufacture field of charger.
Description
Technical field
The utility model is related to a kind of automation equipment, more particularly to a kind of charger automatic assembling device.
Background technology
With the fast development of electronic equipment, the demand of the charger of electron equipment charge is also increasing, especially
It is that the demand of charger for mobile phone increases very big, existing charger is general by charger lower casing, charger shell of top cover and inside
Pcb board composition, factory produce in enormous quantities when, pcb board is manually inserted to charger lower casing by the workman on production line
In, then charger shell of top cover is pressed into charger lower casing by hand again, finally by the charger tentatively assembled by ultrasound
Weldering is welded together, and forms complete finished product.
In order to protect charger shell of top cover assemble production process neutralize be assembled into finished product and dispatch from the factory when, occur without scuffing,
The quality problems such as damage, last layer charger shell of top cover adhesive film is just pasted when charger shell of top cover is manufactured, it is viscous in order to be able to improve
The sticking efficiency of pad pasting, usually takes multiple charger shell of top cover while being pasted together there is provided giving charger manufacturer,
Charger manufacturer by the multiple charger shell of top cover being pasted together in process of production, it is necessary to take manual method again
Disassemble, the manufacturing of charger is then completed again.
The manual production manufacture method of existing charger, low production efficiency, unstable product quality, homogeneity of product be poor,
Labor strength is big, can not realize automatic batch production.
The content of the invention
The utility model be directed to existing charger manual production manufacture method, low production efficiency, unstable product quality,
Homogeneity of product is poor, labor strength is big, can not realizing the technical problem of automatic batch production, there is provided a kind of production efficiency
Height, product quality stabilization, good product consistency, labor strength is low, can realize a kind of charging of automatic batch production
Device automatic assembling device.
Therefore, a kind of charger automatic assembling device of the utility model, provided with lower cover shell auto-feeder, lower cover shell is certainly
Dynamic feed arrangement side is provided with shell of top cover automatic charging device, and it is solid that lower cover shell auto-feeder rear and front end is respectively equipped with connection
Left support riser and right support riser are respectively equipped between fixed board, what rear and front end was respectively equipped be connected plate, left support is stood
Plate and right support riser parallel arrangement, form gapping interval, left support riser and the right side between left support riser and right support riser
Annular synchronous cog belt is respectively equipped with supporting vertical plate, the gapping interval between left support riser and right support riser is provided with lower cover
Shell frock, synchronous cog belt is connected with motor.
Preferably, lower cover shell frock bottom is provided with lower cover shell frock guide end, and lower cover shell frock guide end is located at left support
In the gapping interval formed between riser and right support riser, lower cover shell frock groove, lower cover shell are provided with the top of lower cover shell frock
Frock middle part both sides are provided with lower cover shell frock supporting part.
Preferably, lower cover shell auto-feeder side is located at shell of top cover automatic charging device front end and pressed provided with shell of top cover
Device, shell of top cover press device includes pressing air cylinder, and pressing plate is provided with by air cylinder movable end.
Preferably, lower cover shell auto-feeder side is provided with charger finished product automatic discharge unit, and charger finished product is certainly
Dynamic device for discharging is connected by extracting cylinder with lower cover shell auto-feeder, is extracted cylinder external part and is provided with connecting seat, connection
Seat is provided with clamping cylinder, and the clamp jaw of clamping cylinder is provided with manipulator clamping head.
Preferably, shell of top cover automatic charging device is provided with vibration feeding machine, and vibration feeding machine is provided with front and rear feeding cylinder,
Front and rear feeding cylinder is provided with vibrating transportation line slideway, and vibrating transportation line slideway front end is respectively equipped with left Location resilient piece and the right side
Location resilient piece, vibrating transportation line slideway upper front end takes provided with lifting feeding cylinder, lifting feeding cylinder front end provided with clamping
Expect cylinder, clamp feeding cylinder front end and be provided with gripping block.
Preferably, vibrating transportation line slideway is made up of left rail and right guide rail, is respectively equipped with left rail and right guide rail
Left cover and right cover plate.
Preferably, left Location resilient piece and right Location resilient piece front end are respectively equipped with left positioning cambered surface and right positioning cambered surface.
Preferably, gripping block bottom is provided with profiling camber line, and gripping block bottom inside is additionally provided with escape groove, and gripping block bottom is also
Provided with installation seal face.
Preferably, clamp the feeding cylinder back side and be provided with transverse cuts cylinder, transverse cuts cylinder is provided with cutting blade branch
Frame, cutting blade support is provided with cutting blade, and cutting blade is located at vibrating transportation line slideway top.
Preferably, vibration feeding machine side is provided with vibration feeding machine again, and vibration feeding machine is provided with front and rear feeding cylinder, preceding
Feeding cylinder is provided with vibrating transportation line slideway afterwards, and vibrating transportation line slideway front end is respectively equipped with left Location resilient piece and the right side is fixed
Position shell fragment, vibrating transportation line slideway upper front end is provided with lifting feeding cylinder, and lifting feeding cylinder front end, which is provided with, clamps feeding
Cylinder, clamps feeding cylinder front end and is provided with gripping block.
The utility model beneficial effect is, due to provided with lower cover shell auto-feeder, lower cover shell auto-feeder side
Face is provided with shell of top cover automatic charging device, and lower cover shell auto-feeder rear and front end is respectively equipped with the plate that is connected, front and rear two
Left support riser and right support riser are respectively equipped between the plate that is connected that end is respectively equipped with, left support riser and right support are vertical
Be respectively equipped with plate between annular synchronous cog belt, two synchronous cog belts and be interval with lower cover shell frock, synchronous cog belt with
Motor is connected, and when charger is assembled and produced, the lower house for having installed wiring board need to be only positioned over lower cover shell by workman
Inside frock, shell of top cover automatic charging device by shell of top cover automatic assembling on lower cover shell, when lower cover shell auto-feeder to
During preceding motion, the ultrasonic welder being provided with below, it is possible to be automatically performed welding procedure；Lower cover shell auto-feeder side is set
Some charger finished product automatic discharge units can remove the charger being welded automatically, run to subsequent processing, Gong Renlao
Fatigue resistance is low, can realize automatic batch production.
Again because shell of top cover automatic charging device is provided with vibration feeding machine, vibration feeding machine is provided with front and rear feeding cylinder,
Front and rear feeding cylinder is provided with vibrating transportation line slideway, and vibrating transportation line slideway is made up of left rail and right guide rail, and a left side is led
Rail and right guide rail upper front end are provided with lifting feeding cylinder, and lifting feeding cylinder front end clamps feeding provided with feeding cylinder is clamped
Cylinder front end is provided with gripping block, can be put in charger shell of top cover on vibrating transportation line slideway, during vibration feeding machine vibration,
Drive charger shell of top cover to forward, clamp the gripping block that feeding cylinder drives front end to be provided with, clamp charger shell of top cover, and
Charger shell of top cover is positioned over to the station of needs.
Simultaneously as clamping the feeding cylinder back side is provided with transverse cuts cylinder, transverse cuts cylinder is provided with cutting blade
Support, cutting blade support is provided with cutting blade, and cutting blade is located at vibrating transportation line slideway top, and cutter can be by
Charger shell of top cover adhesive film on the multiple charger shell of top cover being pasted together is cut, independent in order to clamp feeding cylinder
Crawl.
This charger shell of top cover automatic charging device, product quality stabilization, good product consistency, can realize automation
Batch production.
Brief description of the drawings
Fig. 1 is a kind of charger axle side schematic diagram；
Fig. 2 is a kind of charger front view；
Fig. 3 is a kind of charger shell of top cover axle side schematic diagram；
Fig. 4 is a kind of charger shell of top cover front view；
Fig. 5 is the schematic diagram that multiple charger shell of top cover are pasted together by charger shell of top cover adhesive film；
Fig. 6 is the axonometric drawing of the utility model embodiment 1；
Fig. 7 is the front view of the utility model embodiment 1；
Fig. 8 is enlarged drawing at Fig. 7 Z；
Fig. 9 is Fig. 7 other direction axonometric drawing；
Figure 10 is that the utility model embodiment 1 removes the axonometric drawing after transverse cuts cylinder；
Figure 11 Figure 10 front view；
Figure 12 is enlarged drawing at Figure 11 Y；
Figure 13 is the axonometric drawing for lifting feeding cylinder part；
Figure 14 is another axonometric drawing for lifting feeding cylinder part；
Figure 15 is vibrating transportation line slideway front view；
Figure 16 is vibrating transportation line slideway axonometric drawing；
Figure 17 is enlarged drawing at Figure 16 A；
Figure 18 is the axonometric drawing of the utility model embodiment 2；
Figure 19 is Figure 18 front view；
Figure 20 is Figure 18 other direction axonometric drawing；
Figure 21 is that the utility model embodiment 2 removes the axonometric drawing after transverse cuts cylinder；
Figure 22 is Figure 21 front view；
Figure 23 is Figure 22 top view；
Figure 24 is axonometric drawing of the present utility model；
Enlarged drawing at Figure 25 Figure 24 A；
Figure 26 is Figure 24 other direction axonometric drawing；
Figure 27 is enlarged drawing at Figure 26 B；
Figure 28 is lower cover shell auto-feeder schematic diagram；
Figure 29 is Figure 28 B-B sectional views；
Figure 30 is Figure 28 right view；
Figure 31 is Figure 28 top view；
Figure 32 is Figure 30 right view；
Figure 33 is the axonometric drawing of lower cover shell auto-feed；
Figure 34 is enlarged drawing at Figure 33 I；
Figure 35 is lower cover shell frock axonometric drawing；
Figure 36 is Figure 37 A-A sectional views；
Figure 37 is lower cover shell frock top view.
Symbol description in figure：
1. transverse cuts cylinder；2. lift feeding cylinder；3. clamp feeding cylinder；4. gripping block；5. right cover plate；6. it is left
Cover plate；7. vibrating transportation line slideway；8. before and after feeding cylinder；9. vibration feeding machine；10. cutting blade support；11. cutter
Piece；12. right guide rail；13. left rail；14. right positioning cambered surface；15. profiling camber line；16. escape groove；17. right Location resilient piece；18.
Left Location resilient piece；19. left positioning cambered surface；20. seal face is installed；101. charger shell of top cover；102. charger lower casing；103. fill
Electrical equipment shell of top cover adhesive film；300. shell of top cover automatic charging devices；400. lower cover shell press devices；401. press air cylinder；402.
Press version；500. lower cover shell auto-feeders；501. lower cover shell frocks；502. drive motor；503. are connected plate；
504. synchronous cog belt；505. right support risers；506. left support risers；507. lower cover shell frock guide ends；508. lower cover shells
Frock supporting part；509. lower cover shell frock grooves；600. charger finished product automatic discharge units；601. extract cylinder；602. even
Joint chair；603. manipulator connectors；604. clamping cylinder.
Embodiment
The utility model is described further with reference to embodiment.
Embodiment 1
It is a kind of embodiment of charger automatic assembling device of the utility model, provided with lower cover shell as shown in Fig. 1-Figure 23
Auto-feeder 500, the side of lower cover shell auto-feeder 500 is provided with shell of top cover automatic charging device 300, and lower cover shell is automatic
The rear and front end of feed arrangement 500 is respectively equipped with the plate 503 that is connected, and what rear and front end was respectively equipped with is connected between plate 503
Left support riser 506 and right support riser 505 are respectively equipped with, left support riser 506 and right support riser 505 are arranged in parallel, it is left
Formed between supporting vertical plate 506 and right support riser 505 on gapping interval, left support riser 506 and right support riser 505 respectively
Provided with annular synchronous cog belt 504, the gapping interval between left support riser 506 and right support riser 505 is provided with lower cover shell work
501 are filled, annular synchronous cog belt 504 is located at the lateral surface of lower cover shell frock 501 respectively, annular synchronous cog belt 504 is in floating
Dynamic suspension connection status, will not by lower cover shell frock 501 pressure at right angle, synchronous cog belt 504 connects with motor 502
Connect.
The bottom of lower cover shell frock 501 is provided with lower cover shell frock guide end 507, and lower cover shell frock guide end 507 is located at left branch
In the gapping interval formed between support riser 506 and right support riser 505, lower cover shell frock guide end 507 is when travelling forward
The positioning of width is formed in the gapping interval formed between left support riser 506 and right support riser 505, it is ensured that lower cover shell
The location consistency of the width of frock 501；The top of lower cover shell frock 501 is provided with lower cover shell frock groove 509, lower cover shell work
Fill the charger lower cover shell placed in groove 509 and need to process, outer surface and the lower cover shell frock groove 509 of charger lower cover shell
Internal surface gaps be 0.1-0.6mm, formation more accurately position；The middle part both sides of lower cover shell frock 501 are provided with lower cover
Shell frock supporting part 508, the upper surface of lower cover shell frock supporting part 508 and left support riser 506 and right support riser 505 connects
Touch, the pressure of vertical direction can be born, when on shell of top cover press-in lower cover shell, the pressure at right angle being subject to passes through lower cover shell frock
501 are delivered on the upper surface of left support riser 506 and right support riser 505, then are delivered on support, it is to avoid by pressure at right angle
It is pressed onto on synchronous cog belt 504, the suspension connection status of synchronous cog belt 504 will not be acted on by any pressure, and protection is same
The life-span of cog belt 504 is walked, other heel and toe wears is not resulted in, can be used for a long time.
The side of lower cover shell auto-feeder 500 is located at the front end of shell of top cover automatic charging device 300 and pressed provided with shell of top cover
Device 400, shell of top cover press device 400 includes pressing air cylinder 401, pressing plate 402 is provided with by the movable end of air cylinder 401, when filling
Electrical equipment assemble when, the charger lower house being put into inside lower cover shell frock 501 if it is askew inclined when, shell of top cover press device
Pressing plate 402 on 400 can be flattened, and ensure reliability when follow-up shell of top cover is pressed into, will not be because of lower cover shell work
Fill the askew quality problems for leading to not press-in partially of the charger lower house inside 501.
The side of lower cover shell auto-feeder 500 is provided with charger finished product automatic discharge unit 600, and charger finished product is automatic
Device for discharging 600 is connected by extracting cylinder 601 with lower cover shell auto-feeder 500, is extracted the external part of cylinder 601 and is provided with
Connecting seat 602, connecting seat 602 is provided with clamping cylinder 604, and the clamp jaw of clamping cylinder 604 is provided with manipulator clamping head
603, such structure can extract charger finished product automatically, enter next process, realize unmanned production.
Shell of top cover automatic charging device 300 is provided with vibration feeding machine 9, and vibration feeding machine 9 is provided with front and rear feeding cylinder 8,
Front and rear feeding cylinder 8 is provided with vibrating transportation line slideway 7, and the front end of vibrating transportation line slideway 7 is respectively equipped with left Location resilient piece
17 and right Location resilient piece 18, the upper front end of vibrating transportation line slideway 7 is provided with lifting feeding cylinder 2, the front end of lifting feeding cylinder 2
Provided with feeding cylinder 3 is clamped, clamp the front end of feeding cylinder 3 and be provided with gripping block 4.
During work, charger shell of top cover 101 is positioned on vibrating transportation line slideway 7, vibration feeding machine 9 is opened, shakes
Dynamic feeder 9 starts vibration, and charger shell of top cover 101 is fed forward in the presence of vibration feeding machine 9 forward vibration force, when
When foremost is arrived in the vibration of charger shell of top cover 101, left Location resilient piece 17 and the right side that the front end of vibrating transportation line slideway 7 is respectively equipped with
Location resilient piece 18 is positioned to the formation of charger shell of top cover 101, now, the lifting that the upper front end of vibrating transportation line slideway 7 is provided with
Feeding cylinder 2 is moved downward, and drives the clamping feeding cylinder 3 which is provided with to move downward, and clamps what the front end of feeding cylinder 3 was provided with
Gripping block 4 clamps charger shell of top cover 101, now, vibrating transportation line slideway 7 under the drive of front and rear feeding cylinder 8 to
After move, due to left Location resilient piece 17 and the elastic reaction of right Location resilient piece 18, be clamped block 4 and clamp charger shell of top cover 101
The constraint of left Location resilient piece 17 and right Location resilient piece 18 is disengaged, then, the charger shell of top cover 101 that gripping block 4 is clamped is by lifting
Motion lifts feeding cylinder 2 upwards, and prepares to be supplied to the station for needing to lay, and the clamping for completing charger shell of top cover 101 takes
Expect preparatory process.
As can be seen that vibrating transportation line slideway 7 is made up of left rail 13 and right guide rail 12 in Figure 10, left rail 13 and the right side
Left cover 6 and right cover plate 5 are respectively equipped with guide rail 12.Left rail 13 and right guide rail 12 are relatively independent, can be adjusted respectively
Section, the charger shell of top cover 101 that such structure can meet different size is used, when the charger shell of top cover for needing to process
When 101 width are relatively wide, can adjust left rail 13 and right guide rail 12 makes its width broaden, to adapt on relatively wide charger
Lid shell 101, when charger 101 narrowed width of shell of top cover for needing to process, can adjust left rail 13 and right guide rail 12 makes it
Narrowed width, to adapt to narrow charger shell of top cover 101.The He of left cover 6 is respectively equipped with left rail 13 and right guide rail 12
Right cover plate 5, when the oscillating movement on vibrating transportation line slideway 7 of charger shell of top cover 101, left cover 6 and right cover plate 5 can
To play suppression, will not because of vibrating transportation line slideway 7 vibration, the sequence of charger shell of top cover 101 is upset, very
To the outside of the vibrating transportation line slideway 7 because charger shell of top cover 101 is shaken by the vibration of vibrating transportation line slideway 7, lead
Cause can not be produced normally.
In enlarged drawing as can be seen that left Location resilient piece 17 and right Location resilient piece 18 front end is respectively equipped with left fixed at Figure 17 A
Position cambered surface 19 and right positioning cambered surface 14, left positioning cambered surface 19 and right positioning cambered surface 14 can kiss with the fillet of charger shell of top cover 101
Close, so when charger shell of top cover 101 moves to the foremost of vibrating transportation line slideway 7, charger shell of top cover 101 can
The position is stably positioned in, will not occur transverse direction or the deformation in other directions, is that gripping block 4 accurately and reliably clamps charging
Device shell of top cover 101 provides safeguard.
In Figure 14 as can be seen that bottom of gripping block 4 is provided with profiling camber line 15, and the bottom inside of gripping block 4 is additionally provided with escape groove
16, the bottom of gripping block 4 is additionally provided with installation seal face 20, and the effect of profiling camber line 15 is mainly when gripping block 4 realizes pinching action
When, the profiling camber line 15 that the bottom of gripping block 4 is provided with can coincide with the circular arc of the upside of charger shell of top cover 101, be easy to gripping block 4
Clamp exactly, while when ensureing that gripping block 4 clamps charger shell of top cover 101, also ensure that the standard of charger shell of top cover 101
It is determined that position, charger shell of top cover 101 will not be caused to be distorted deformation because of clamping, it is inaccurate to further result in positioning, causes
There are quality problems when installing in subsequent processing.The escape groove 16 that the bottom inside of gripping block 4 is additionally provided with, can make charger shell of top cover
101 upper surface is completely attached to onto the installation seal face 20 of gripping block 4, is installed seal face 20 and is compressed charger shell of top cover 101
Upper surface, realize subsequent processing compression install prepare.
As can be seen that clamping the back side of feeding cylinder 3 is provided with transverse cuts cylinder 1 in Fig. 3, transverse cuts cylinder 1 is provided with
Cutting blade support 10, cutting blade support 10 is provided with cutting blade 11, and cutting blade 11 is located at vibrating transportation line slideway
7 tops.When charger shell of top cover 101 is not single feeding, but charger shell of top cover adhesive film 103 is taken by multiple chargers
Shell of top cover 101 is pasted together feeding simultaneously, now, when gripping block 4 clamps charger shell of top cover 101, transverse cuts cylinder
The cutting blade support 10 that 1 drive transverse cuts cylinder 1 is provided with is moved, the cutting blade 11 that cutting blade support 10 is provided with
Charger shell of top cover adhesive film 103 is cut open, subsequent action is then completed again, such mode of movement can expire well
The multiple charger shell of top cover 101 of foot are pasted together the demand of feeding simultaneously, without charger shell of top cover 101 is divided in advance
From, meanwhile, because multiple charger shell of top cover 101 are pasted together feeding by charger shell of top cover adhesive film 103 simultaneously, more
It can guarantee that oscillating movement of the charger shell of top cover 101 on vibrating transportation line slideway 7 is not distorted, can also improve life
Produce efficiency.
The production efficiency height of the technical scheme production charger of the utility model, product quality are stable, good product consistency,
Whole production line can omit 3-5 people, while labor strength is low, can realize automatic batch production.
Figure 18-23 can be seen in another embodiment of the utility model shell of top cover automatic charging device 300, Figure 18
Go out, the side of vibration feeding machine 9 is provided with vibration feeding machine 9 again, vibration feeding machine 9 is provided with front and rear feeding cylinder 8, front and rear feeding
Cylinder 8 is provided with vibrating transportation line slideway 7, and the front end of vibrating transportation line slideway 7 is respectively equipped with left Location resilient piece 17 and the right side is fixed
Position shell fragment 18, the upper front end of vibrating transportation line slideway 7, which is provided with, lifts feeding cylinder 2, and 2 ends, which are provided with, before lifting feeding cylinder clamps
Feeding cylinder 3, clamps the front end of feeding cylinder 3 and is provided with gripping block 4.
The embodiment is mainly solved when the need for a set of vibration feeding machine 9 is it is impossible to meet production efficiency, Ke Yizai
Increase is a set of；As can be seen that cutting blade support 10 is provided with two cutting blades 11 in Figure 23, two cutting blades 11 are distinguished
Positioned at two tops of vibrating transportation line slideway 7, when needing to cut open charger shell of top cover adhesive film 103, cutting blade
Two cutting blades 11 that support 10 is provided with are under the drive of transverse cuts cylinder 1, while by two-way vibration feeding machine 9
Charger shell of top cover adhesive film 103 cut open, gripping block 4 completes the crawl of charger shell of top cover 101.
Only as described above, only specific embodiment of the utility model, when the utility model can not be limited with this
The scope of implementation, therefore the displacement of its equivalent assemblies, or the equivalent variations made according to the utility model scope of patent protection and modification,
It all should still belong to the category that the utility model claims are covered.
Claims (10)
1. a kind of charger automatic assembling device, it is characterized in that：Provided with lower cover shell auto-feeder, the lower cover shell enters automatically
Shell of top cover automatic charging device is provided with to device side, it is solid that the lower cover shell auto-feeder rear and front end is respectively equipped with connection
Left support riser and right support riser are respectively equipped between fixed board, the plate that is connected that rear and front end is respectively equipped with, it is described
Left support riser and right support riser parallel arrangement, form gapping interval, institute between the left support riser and right support riser
State and annular synchronous cog belt be respectively equipped with left support riser and right support riser, the left support riser and right support riser it
Between gapping interval be provided with lower cover shell frock, the synchronous cog belt is connected with motor.
2. charger automatic assembling device according to claim 1, it is characterized in that：The lower cover shell frock bottom is provided with down
Lid shell frock guide end, the lower cover shell frock guide end is located between the space formed between left support riser and right support riser
In, lower cover shell frock groove is provided with the top of the lower cover shell frock, the lower cover shell frock middle part both sides are provided with lower cover
Shell frock supporting part.
3. charger automatic assembling device according to claim 1, it is characterized in that：The lower cover shell auto-feeder side
Face is located at shell of top cover automatic charging device front end and is provided with shell of top cover press device, and the shell of top cover press device is included by calming the anger
Cylinder, it is described to be provided with pressing plate by air cylinder movable end.
4. charger automatic assembling device according to claim 1, it is characterized in that：The lower cover shell auto-feeder one
Side is provided with charger finished product automatic discharge unit, and the charger finished product automatic discharge unit is by extracting cylinder and lower cover shell certainly
Dynamic feed arrangement connection, the extraction cylinder external part is provided with connecting seat, and the connecting seat is provided with clamping cylinder, the clamping
The clamp jaw of cylinder is provided with manipulator clamping head.
5. charger automatic assembling device according to claim 1, it is characterized in that：The shell of top cover automatic charging device is set
There is vibration feeding machine, the vibration feeding machine is provided with front and rear feeding cylinder, and the front and rear feeding cylinder is provided with vibrating transportation
Line slideway, the vibrating transportation line slideway front end is respectively equipped with left Location resilient piece and right Location resilient piece, the vibrating transportation
Line slideway upper front end is provided with lifting feeding cylinder, and the lifting feeding cylinder front end is provided with clamping feeding cylinder, the folder
Tight feeding cylinder front end is provided with gripping block.
6. charger automatic assembling device according to claim 5, it is characterized in that：The vibrating transportation line slideway is by a left side
Left cover and right cover plate are respectively equipped with guide rail and right guide rail composition, the left rail and right guide rail.
7. charger automatic assembling device according to claim 5, it is characterized in that：The left Location resilient piece and right positioning bullet
Piece front end is respectively equipped with left positioning cambered surface and right positioning cambered surface.
8. charger automatic assembling device according to claim 5, it is characterized in that：The gripping block bottom is provided with profiling arc
Line, the gripping block bottom inside is additionally provided with escape groove, and the gripping block bottom is additionally provided with installation seal face.
9. charger automatic assembling device according to claim 5, it is characterized in that：The clamping feeding cylinder back side is provided with
Transverse cuts cylinder, the transverse cuts cylinder is provided with cutting blade support, and the cutting blade support is provided with cutter
Piece, the cutting blade is located at vibrating transportation line slideway top.
10. charger automatic assembling device according to claim 5, it is characterized in that：The vibration feeding machine side is set again
There is vibration feeding machine, the vibration feeding machine is provided with front and rear feeding cylinder, and the front and rear feeding cylinder is provided with vibrating transportation
Line slideway, the vibrating transportation line slideway front end is respectively equipped with left Location resilient piece and right Location resilient piece, the vibrating transportation
Line slideway upper front end is provided with lifting feeding cylinder, and the lifting feeding cylinder front end is provided with clamping feeding cylinder, the folder
Tight feeding cylinder front end is provided with gripping block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621440285.1U CN206416533U (en) | 2016-12-24 | 2016-12-24 | A kind of charger automatic assembling device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621440285.1U CN206416533U (en) | 2016-12-24 | 2016-12-24 | A kind of charger automatic assembling device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206416533U true CN206416533U (en) | 2017-08-18 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621440285.1U Withdrawn - After Issue CN206416533U (en) | 2016-12-24 | 2016-12-24 | A kind of charger automatic assembling device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206416533U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106738940A (en) * | 2016-12-24 | 2017-05-31 | 威海志航机电科技有限公司 | Charger automatic assembling device |
| CN111376046A (en) * | 2020-04-03 | 2020-07-07 | 昆山萨满生物科技有限公司 | Automatic assembling machine for medical reagent cards |
-
2016
- 2016-12-24 CN CN201621440285.1U patent/CN206416533U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106738940A (en) * | 2016-12-24 | 2017-05-31 | 威海志航机电科技有限公司 | Charger automatic assembling device |
| CN106738940B (en) * | 2016-12-24 | 2023-08-08 | 深圳市高梁红电子科技有限公司 | Automatic charger assembling device |
| CN111376046A (en) * | 2020-04-03 | 2020-07-07 | 昆山萨满生物科技有限公司 | Automatic assembling machine for medical reagent cards |
| CN111376046B (en) * | 2020-04-03 | 2022-04-12 | 昆山萨满生物科技有限公司 | Automatic assembling machine for medical reagent cards |
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