CN205868697U - Point glue of DIP component is inlayed lid and is assembled all -in -one - Google Patents
Point glue of DIP component is inlayed lid and is assembled all -in -one Download PDFInfo
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- CN205868697U CN205868697U CN201620750106.8U CN201620750106U CN205868697U CN 205868697 U CN205868697 U CN 205868697U CN 201620750106 U CN201620750106 U CN 201620750106U CN 205868697 U CN205868697 U CN 205868697U
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Abstract
The utility model discloses a point glue of DIP component is inlayed lid and is assembled all -in -one, comprises a workbench, the workstation on be provided with gluey shell feed mechanism, point gum machine and construct, glue shell feeding mechanism, glue shell positioning mechanism, glue core feed mechanism, glue the shell and glue core equipment mechanism and finished product receiving agencies, gluey shell feed mechanism for shell and output are glued to the inline, the point gum machine construct, set up at the output of gluing shell feed mechanism for glue to gluing the shell mid point, gluey shell feeding mechanism, set up the output that constructs at the point gum machine for carry the gluey shell after a little gluing, gluey shell positioning mechanism, set up at the output of gluing shell feeding mechanism for the separation gel shell is fixed, gluey core feed mechanism, with gluey shell positioning mechanism set up side by side for export in proper order and glue the core. The utility model discloses a point is glued and to be inlayed the lid and assemble the all -in -one, will put to glue and realize through full automated control that production efficiency obviously improves with the equipment process.
Description
Technical field
This utility model belongs to the package technique field of DIP element, and the some glue edge lid being specifically related to a kind of DIP element assembles
All-in-one.
Background technology
The essential core parts of DIP element, mainly with the glue core segment of DIP form encapsulation, finally by glue core segment with
Glue shell is bonded together by glue, the DIP element formed, and Typical Representative is network filter and the network of DIP encapsulation
Transformator.Glue core and the bonding assembling process of glue shell, the most still depend on and be accomplished manually, in the way of man-made assembly,
Not only production efficiency is low, and conforming product rate is low, and cost of labor is high.
Utility model content
The purpose of this utility model is: for the deficiencies in the prior art, it is provided that the some glue edge of a kind of DIP element
Cover the machine that is assembled into one, from glue shell automatic charging, some glue, glue core feeding, assembling, the full automatic processing of rewinding, produce effect
Rate is high, and conforming product rate is high.
To achieve these goals, the technical solution adopted in the utility model is:
The point glue edge lid of a kind of DIP element is assembled into one machine, including workbench, described workbench is provided with on glue shell
Material mechanism, glue applying mechanism, glue shell feed mechanism, glue shell detent mechanism, glue core feed mechanism, glue shell glue core assembling mechanism and finished product
Receiving mechanism；
Described glue shell feed mechanism, for linear array glue shell and export；
Described glue applying mechanism, is arranged on the outfan of glue shell feed mechanism, for glue shell midpoint glue；
Described glue shell feed mechanism, is arranged on the outfan of glue applying mechanism, the glue shell after point of delivery glue；
Described glue shell detent mechanism, is arranged on the outfan of glue shell feed mechanism, for separation gel shell and fix；
Described glue core feed mechanism, is arranged side by side with described glue shell detent mechanism, is used for being sequentially output glue core；
Described glue shell glue core assembling mechanism, is used for moving glue core and assembles with glue shell；
Described finished product receiving mechanism, is arranged on the outfan of glue shell glue core assembling mechanism, is used for receiving glue shell and glue core
DIP finished product after assembling.
Preferably, the outfan of described glue shell feed mechanism and the input of glue applying mechanism, glue shell feed mechanism defeated
The input going out end and glue shell detent mechanism is provided with the glue shell feeding distribution mechanism of single output for separation gel shell respectively；
Described glue shell feeding distribution mechanism includes sub-material material road and pusher device, and sub-material material road uses vertical portable structure to set
It is placed between the outfan of previous stage mechanism and the input of rear stage mechanism, and the setting height(from bottom) of the input of rear stage mechanism
Setting height(from bottom) higher than the outfan of previous stage mechanism；Pusher device docks with the input of rear stage mechanism for sub-material material road
Time, glue shell is pushed in rear stage mechanism.
Preferably, described glue applying mechanism includes a sizing material road and some glue assembly, puts sizing material road and is arranged at glue shell feeder
Between structure and glue shell feed mechanism, some glue assembly is for carrying out a glue to the glue shell being positioned in a sizing material road.
Preferably, described glue shell detent mechanism includes the glue being arranged between glue shell feed mechanism and finished product receiving mechanism
Shell positioning track, is disposed with assembling station and presses station again in glue shell positioning track, assemble the glue shell positioning track of station
Both sides are provided with the clamp assemblies for clamping down on fixing glue shell, and glue shell positioning track being provided with to slide along glue shell positioning track pacifies
The glue shell of dress moves material assembly, and glue shell moves material assembly and has at least two glue shell material moving machine tool hands, is respectively used to glue shell positioning rail
The glue shell of road input moves to assemble station and the glue shell glue core assembly assembling station is moved to multiple pressure station；
Described glue shell glue core assembling mechanism includes that assembly, glue core assembly mechanical hand are pressed in glue core mobile manipulator and assembling again
Complete tentatively to assemble in the glue shell that the glue core that glue core feed mechanism exports moves to assembling station, assemble pressure assembly again and be used for
The glue core rubber shell assembly of multiple pressure station is carried out multiple pressure.
Preferably, the described glue shell positioning track assembling station is additionally provided with vertical through track and telescopic vertical
To positioning component, longitudinal register assembly and the described glue shell for the glue shell of glue shell positioning track input being moved to assembling station
The cooperation of material moving machine tool hands carries out longitudinal register to described glue shell.
Preferably, described finished product receiving mechanism includes finished product rewinding passage, finished product sub-material assembly and finished product rewinding assembly,
Described finished product rewinding passage is connected with the outfan of glue shell glue core assembling mechanism, for by glue shell glue core kludge
The finished product of the outfan output of structure is transferred in finished product sub-material assembly；
Described finished product sub-material assembly is arranged between finished product rewinding passage and finished product rewinding assembly, for by finished product rewinding
The finished product of the outfan of passage is sequentially sent in finished product rewinding assembly.
Preferably, described finished product rewinding assembly includes finished product storage tray and storage tray position-limited rack, in storage tray position-limited rack
Between be provided with the storage tray gripper shoe placing finished product storage tray, finished product storage tray is with storage mouth longitudinally aligned finished product sub-material assembly
Direction stacking is placed in storage tray gripper shoe, and the both sides of each finished product storage tray are provided with nip part, storage tray position-limited rack
Both sides be provided with and mention the clamp of finished product storage tray hoist device for inserting nip part, described storage tray gripper shoe is adopted
Install on the table by horizontal moving structure.
Preferably, it is provided with spacing hole bottom described each finished product storage tray, workbench is provided with for inserting
Finished product storage tray is carried out spacing telescopic spacing device by spacing hole.
Owing to have employed technique scheme, the beneficial effects of the utility model are:
The point glue edge lid of a kind of DIP element of the present utility model is assembled into one machine, by arranging glue shell feed mechanism, some glue
Mechanism, glue shell feed mechanism, glue shell detent mechanism, glue core feed mechanism, glue shell glue core assembling mechanism and finished product receiving mechanism, from
And completing the some glue to DIP element and assembly working, overall process uses automation mechanized operation, it is not necessary to manually participate in so that work effect
Rate significantly improves, and the qualification rate of product the most substantially provides simultaneously.
Accompanying drawing explanation
Fig. 1 is that of the present utility model glue edge lid is assembled into one machine structural representation.
Fig. 2 is DIP finished product decomposing schematic representation of the present utility model.
Fig. 3 is that of the present utility model glue edge lid is assembled into one machine point glue and package assembly schematic diagram.
Fig. 4 is glue shell point glue part-structure schematic diagram of the present utility model.
Fig. 5 is glue shell position portion structural representation of the present utility model.
Fig. 6 is glue shell glue core assembled part structural representation of the present utility model.
Fig. 7 is finished product rewinding part-structure schematic diagram of the present utility model.
Fig. 8 is finished product rewinding modular construction schematic diagram of the present utility model.
Reference:
11-workbench, 12-glue shell feed mechanism, 13-glue applying mechanism, 131-point sizing material road, 132-point glue assembly, 14-glue
Shell feed mechanism, 15-glue core feed mechanism, 16-glue shell detent mechanism, 161-glue shell positioning track, 162-glue shell moves material assembly,
162a-glue shell material moving machine tool hands, 163-clamp assemblies, 164-longitudinal register assembly, 17-glue shell glue core assembling mechanism, 171-glue
Core mobile manipulator, 172-assembles and presses assembly, 18-finished product receiving mechanism, 181-finished product rewinding passage, 182-finished product sub-material group again
Part, 183-finished product rewinding assembly, 183a-storage tray position-limited rack, 183b-storage tray gripper shoe, 183c-clamp hoists device,
The telescopic spacing device of 183d-, 184-finished product storage tray, 184a-clamping jaw, 19-glue shell feeding distribution mechanism, 191-pusher device,
192-sub-material material road, 20-DIP finished product, 201-glue shell, 202-glue core.
Detailed description of the invention
With reference to Fig. 1-8, the some glue edge lid of DIP element of the present utility model is assembled into one machine, the DIP element in the present embodiment
DIP finished product 20 as shown in Figure 2, is made up of glue shell 201 and glue core 202, by instilling glue in glue shell 201, then with glue core
202 pressings are fixed.The of the present utility model some glue edge lid machine of being assembled into one includes workbench 11, and described workbench 11 is provided with
Glue shell feed mechanism 12, glue applying mechanism 13, glue shell feed mechanism 14, glue shell detent mechanism 16, glue core feed mechanism 15, glue shell glue
Core assembling mechanism 17 and finished product receiving mechanism 18.
Glue shell feed mechanism 12 in the present embodiment uses vibrating disk feeder, and glue shell 201 is put into vibrating disk feeder
In, by the way of vibrating ordering, finally export aligned glue shell 201.
With reference to Fig. 4, the outfan of glue shell feed mechanism 12 connects has glue shell feeding distribution mechanism 19, by glue shell feeding distribution mechanism 19
It is connected to glue applying mechanism 13.Glue applying mechanism 13 includes a sizing material road 131 and some glue assembly 132, and some sizing material road 131 is arranged at glue shell
Between feed mechanism 12 and glue shell feed mechanism 14, some glue assembly 132 is for entering to the glue shell 201 being positioned in a sizing material road 131
Row point glue.
The outfan of described glue shell feed mechanism 12 and the input of glue applying mechanism 13, the output of glue shell feed mechanism 14
End is provided with the glue shell feeding distribution mechanism of single output for separation gel shell 201 respectively with the input of glue shell detent mechanism 16
19.Glue shell feeding distribution mechanism 19 includes that sub-material material road 192 and pusher device 191, sub-material material road 192 use vertical portable structure to set
It is placed between the outfan of previous stage mechanism and the input of rear stage mechanism, and the setting height(from bottom) of the input of rear stage mechanism
Setting height(from bottom) higher than the outfan of previous stage mechanism；Pusher device 191 is for the input in sub-material material road 192 with rear stage mechanism
During end docking, glue shell 201 is pushed in rear stage mechanism.In this utility model, described previous stage mechanism and rear stage mechanism
Order before and after in, is the direction according to glue shell 201 conveying, and wherein, glue shell feed mechanism 12 is in foremost, finished product rewinding
Mechanism 18 is in rearmost end.Previous stage mechanism described herein refers to glue shell feed mechanism 12 and glue shell feed mechanism 14, after
One-level mechanism refers to glue applying mechanism 13 and glue shell detent mechanism 16.
Specifically, sub-material material road 192 uses vertical portable structure to arrange outfan and the some glue of glue shell feed mechanism 12
Between the input in material road 131, during configuration, the setting height(from bottom) in some sizing material road 131 is higher than the outfan of glue shell feed mechanism 12
Highly.Glue shell output one when the outfan in sub-material material road 192 with glue shell feed mechanism 12 docks, in glue shell feed mechanism 12
Individual in sub-material material road 192, drive sub-material material road 192 up right with some sizing material road 131 by the drive mechanism in sub-material material road 192
Connect, then by pusher device 191, the glue shell in sub-material material road 192 is pushed in a sizing material road 131, and be positioned at a glue assembly
The lower section of 132, glue assembly 132 is descending carries out a glue for point.By repeating sub-material, some glue action, can will glue shell be clicked and entered successively
Glue, moves the most backward.
Point sizing material road 131 glue shell 201 out is directly pushed into glue shell feed mechanism 14, and in the present embodiment, glue shell send
Material mechanism 14 is preferably linear vibrator, is sequentially sent in rear stage mechanism by glue shell 201 by linear vibrator, i.e. glue shell
In detent mechanism 16.Owing to needing single to complete assembling procedure in glue shell detent mechanism 16, accordingly, it would be desirable to by glue shell feeder
Friction feeding in structure 14 is converted into single output, therefore with reference to Fig. 5, glue shell feed mechanism 14 and glue shell detent mechanism 16 it
Between be also equipped with glue shell feeding distribution mechanism 19, utilize same structure and same principle, by the glue shell in glue shell feed mechanism 14
Individually it is pushed in glue shell detent mechanism 16.
Glue shell detent mechanism 16 includes the glue shell location being arranged between glue shell feed mechanism 14 and finished product receiving mechanism 18
Track 161, is disposed with assembling station and presses station again in glue shell positioning track 161, assemble the glue shell positioning track of station
161 both sides are provided with the clamp assemblies 163 for clamping down on fixing glue shell, glue shell positioning track 161 is provided with and positions along glue shell
The glue shell that track 161 is slidably installed moves material assembly 162, and glue shell moves material assembly 162 and has at least two glue shell material moving machine tool hands
162a, is respectively used to move to the glue shell 201 of glue shell positioning track 161 input assemble station and will assemble the glue of station
Shell 201 moves to multiple pressure station.
When glue shell 201 is transferred in glue shell positioning track 161, moving material assembly 162 by glue shell can be by glue shell 201
Mobile to assembling station, specifically, glue shell moves material assembly 162 and uses sliding track mechanism to be slidably mounted on glue shell positioning track
In 161, glue shell moves material assembly 162 and has two glue shell material moving machine tool hands 162a, expects that assembly 162 moves to glue shell and determines when glue shell moves
Position track 161 foremost time, descending by glue shell material moving machine tool hands 162a foremost, withstand on the leading section of glue shell 201, glue
Shell moves expects when assembly 162 entirety is slided to the back-end, glue shell 201 can be driven to move to assembling station, wait to be assembled；Meanwhile, base
Can will be in assembling station in same principle later glue shell material moving machine tool hands 162a, the glue shell glue being completed
Core is pushed to multiple pressure station simultaneously, waits multiple pressure.Two glue shell material moving machine tool hands 162a at intervals, position at glue shell
Whole slide on track 161, forms linkage, is effectively improved work efficiency.
When glue shell 201 is pushed to when assembling station, it is positioned at and assembles clamp assemblies 163 meeting of station both sides in drive mechanism
Driving under, draw close to centre and glue shell 201 clamped down on, formed laterally fixing.In order to the most fixing, assemble the glue shell of station
Positioning track 161 is additionally provided with vertical through track and telescopic longitudinal register assembly 164, longitudinal register assembly 164 with
Coordinate for the glue shell 201 of glue shell positioning track 161 input moves to assemble the described glue shell material moving machine tool hands 162a of station
Described glue shell 201 is carried out longitudinal register.By the common effect of longitudinal register assembly 164 with glue shell material moving machine tool hands 162a,
Thus glue shell 201 is formed fixing on the longitudinal direction along glue shell positioning track 161 by glue shell 201.
The glue core 202 contained from tubulose can be discharged, by glue shell by glue core feed mechanism 15 in this utility model successively
Glue core assembling mechanism 17 the glue core 202 of discharge can be moved to be in assemble station glue shell 201 above, then put down with
Glue shell 201 forms preliminary assembling.
Specifically, with reference to Fig. 6, glue shell glue core assembling mechanism 17 includes that assembly is pressed in glue core mobile manipulator 171 and assembling again
172, glue core assembly mechanical hand is complete in the glue shell 201 that the glue core 202 that glue core feed mechanism 15 exports moves to assembling station
Become preliminary to assemble, assemble again pressure assembly 172 for the glue core rubber shell assembly of multiple pressure station is carried out multiple pressure.When at the beginning of glue shell glue core
After step assembles, it is moved into multiple pressure station, assembles pressure assembly 172 again and there is a briquetting, briquetting can be driven by drive mechanism
Descending, glue core is carried out multiple pressure, so that together with glue core is completely fixed with glue shell, form DIP finished product.
With reference to Fig. 7, Fig. 8, the DIP finished product 20 after carrying out multiple pressure is pushed to finished product receiving mechanism 18, finished product rewinding
Mechanism 18 includes finished product rewinding passage 181, finished product sub-material assembly 182 and finished product rewinding assembly 183, specifically, the DIP after multiple pressure
Finished product 20 is pushed to finished product rewinding passage 181, and finished product rewinding passage 181 uses the mode that conveyer belt transmits, successively by DIP
Finished product 20 delivers to terminal position.Finished product sub-material assembly 182 is arranged between finished product rewinding passage 181 and finished product rewinding assembly 183,
For the DIP finished product 20 of the outfan of finished product rewinding passage 181 is sequentially sent in finished product rewinding assembly 183.
Finished product rewinding assembly 183 includes finished product storage tray 184 and storage tray position-limited rack 183a, in storage tray position-limited rack 183a
Between be provided with place finished product storage tray 184 storage tray gripper shoe 183b, finished product storage tray 184 is to receive the longitudinally aligned finished product of mouth
The direction stacking of sub-material assembly 182 is placed in storage tray gripper shoe 183b, and the both sides of each finished product storage tray 184 are provided with
Nip part, the both sides of storage tray gripper shoe 183b are provided with mentions the clamp of finished product storage tray 184 rise for inserting nip part
Rising device 183c, described storage tray gripper shoe 183b uses horizontal moving structure to be arranged on workbench 11.
Finished product storage tray 184 uses the groove-like structure of several one end open, can be by one by finished product sub-material assembly 182
The DIP finished product 20 of one is pushed in finished product storage tray 184.After a groove is filled, then need to move finished product storage tray 184
The position of one groove, continues storage.
And the movement of finished product storage tray 184, it is necessary first to hoist device 183c by the insertion of its clamping jaw 184a by clamp
In the nip part of second finished product storage tray 184 from bottom to up, thus by other of the finished product storage tray 184 except foot
Finished product storage tray 184 is all mentioned；Then move receipts storage tray by the travel mechanism below storage tray gripper shoe 183b to limit
The position of position mono-groove of frame 183a, so that complete the movement to product storage tray, thus storage DIP finished product 20 successively.
It is provided with spacing hole bottom each finished product storage tray 184, workbench 11 is provided with for inserting in spacing hole
Finished product storage tray 184 is carried out spacing telescopic spacing device 183d.Can be by finished product by this telescopic spacing device 183d
Storage tray 184 is limited in storage tray gripper shoe 183b, in time filling replacing, the more telescopic spacing device 183d that retracts, release
Spacing, it is achieved the replacing of DIP finished product 20 storage tray 184.
Claims (8)
1. the some glue edge lid of a DIP element is assembled into one machine, it is characterised in that include workbench (11), described workbench
(11) be provided with on glue shell feed mechanism (12), glue applying mechanism (13), glue shell feed mechanism (14), glue shell detent mechanism (16),
Glue core feed mechanism (15), glue shell glue core assembling mechanism (17) and finished product receiving mechanism (18)；
Described glue shell feed mechanism (12), for linear array glue shell (201) and export；
Described glue applying mechanism (13), is arranged on the outfan of glue shell feed mechanism (12), for glue shell (201) midpoint glue；
Described glue shell feed mechanism (14), is arranged on the outfan of glue applying mechanism (13), the glue shell after point of delivery glue
(201)；
Described glue shell detent mechanism (16), is arranged on the outfan of glue shell feed mechanism (14), for separation gel shell (201) and
Fixing；
Described glue core feed mechanism (15), is arranged side by side with described glue shell detent mechanism (16), is used for being sequentially output glue core
(202)；
Described glue shell glue core assembling mechanism (17), is used for moving glue core (202) and assembles with glue shell (201)；
Described finished product receiving mechanism (18), is arranged on the outfan of glue shell glue core assembling mechanism (17), is used for receiving glue shell
(201) the DIP finished product (20) after assembling with glue core (202).
The most according to claim 1 glue edge lid is assembled into one machine, it is characterised in that described glue shell feed mechanism (12)
Outfan and the input of glue applying mechanism (13), outfan and glue shell detent mechanism (16) defeated of glue shell feed mechanism (14)
Enter end and be provided with glue shell feeding distribution mechanism (19) of single output for separation gel shell (201) respectively；
Described glue shell feeding distribution mechanism (19) includes sub-material material road (192) and pusher device (191), and sub-material material road (192) uses
Vertically portable structure is arranged between the outfan of previous stage mechanism and the input of rear stage mechanism, and rear stage mechanism
The setting height(from bottom) of input is higher than the setting height(from bottom) of the outfan of previous stage mechanism；Pusher device (191) is used for sub-material material road
(192), when the input with rear stage mechanism docks, glue shell (201) is pushed in rear stage mechanism.
The most according to claim 1 glue edge lid is assembled into one machine, it is characterised in that described glue applying mechanism (13) includes
Point sizing material road (131) and some glue assembly (132), some sizing material road (131) is arranged at glue shell feed mechanism (12) and glue shell feeder
Between structure (14), some glue assembly (132) is for carrying out a glue to the glue shell (201) being positioned in a sizing material road (131).
The most according to claim 1 glue edge lid is assembled into one machine, it is characterised in that described glue shell detent mechanism (16)
Including glue shell positioning track (161) being arranged between glue shell feed mechanism (14) and finished product receiving mechanism (18), glue shell positions
Being disposed with assembling station in track (161) and press station again, glue shell positioning track (161) both sides assembling station are provided with
For clamping down on the clamp assemblies (163) of fixing glue shell (201), glue shell positioning track (161) is provided with along glue shell positioning track
(161) the glue shell being slidably installed moves material assembly (162), and glue shell moves material assembly (162) and has at least two glue shell material moving machine tool hands
(162a), it is respectively used to move to the glue shell (201) of glue shell positioning track (161) input assemble station and work will be assembled
The glue shell glue core assembly of position moves to multiple pressure station；
Described glue shell glue core assembling mechanism (17) includes that assembly (172), glue core are pressed in glue core mobile manipulator (171) and assembling again
Mobile manipulator (171) moves in the glue shell (201) of assembling station for the glue core (202) exported by glue core feed mechanism (15)
Complete tentatively to assemble, assemble and press assembly (172) for the glue core rubber shell assembly of multiple pressure station is carried out multiple pressure again.
The most according to claim 4 glue edge lid is assembled into one machine, it is characterised in that the described glue shell assembling station is fixed
Position track (161) is additionally provided with vertical through track and telescopic longitudinal register assembly (164), longitudinal register assembly
(164) with the described glue shell material moving machine tool for the glue shell (201) of glue shell positioning track (161) input being moved to assembling station
Hands (162a) cooperation carries out longitudinal register to described glue shell (201).
The most according to claim 1 glue edge lid is assembled into one machine, it is characterised in that described finished product receiving mechanism (18)
Including finished product rewinding passage (181), finished product sub-material assembly (182) and finished product rewinding assembly (183),
Described finished product rewinding passage (181) is connected with the outfan of glue shell glue core assembling mechanism (17), for by glue shell glue core
The finished product of the outfan output of assembling mechanism (17) is transferred in finished product sub-material assembly (182)；
Described finished product sub-material assembly (182) is arranged between finished product rewinding passage (181) and finished product rewinding assembly (183), uses
In the finished product of the outfan of finished product rewinding passage (181) is sequentially sent in finished product rewinding assembly (183).
The most according to claim 6 glue edge lid is assembled into one machine, it is characterised in that described finished product rewinding assembly
(183) include being provided with placement in the middle of finished product storage tray (184) and storage tray position-limited rack (183a), storage tray position-limited rack (183a)
The storage tray gripper shoe (183b) of finished product storage tray (184), finished product storage tray (184) is to receive mouth longitudinally aligned finished product sub-material group
The direction stacking of part (182) is placed in storage tray gripper shoe (183b), and the both sides of each finished product storage tray (184) are provided with
Nip part, the both sides of storage tray position-limited rack (183a) are provided with mentions the pincers of finished product storage tray (184) for inserting nip part
Picking up a liter device (183c), described storage tray gripper shoe (183b) uses horizontal moving structure to be arranged on workbench (11)
On.
The most according to claim 7 glue edge lid is assembled into one machine, it is characterised in that described each finished product storage tray
(184) bottom is provided with spacing hole, is provided with for inserting in spacing hole to enter finished product storage tray (184) in workbench (11)
The telescopic spacing device (183d) that row is spacing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620750106.8U CN205868697U (en) | 2016-07-15 | 2016-07-15 | Point glue of DIP component is inlayed lid and is assembled all -in -one |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620750106.8U CN205868697U (en) | 2016-07-15 | 2016-07-15 | Point glue of DIP component is inlayed lid and is assembled all -in -one |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205868697U true CN205868697U (en) | 2017-01-11 |
Family
ID=57695165
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620750106.8U Withdrawn - After Issue CN205868697U (en) | 2016-07-15 | 2016-07-15 | Point glue of DIP component is inlayed lid and is assembled all -in -one |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205868697U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106000774A (en) * | 2016-07-15 | 2016-10-12 | 绵阳宁瑞电子有限公司 | Dispensing and inserting assembling all-in-one machine for DIP element |
| CN109216002A (en) * | 2018-10-23 | 2019-01-15 | 绵阳宁瑞电子有限公司 | A kind of magnetic elements automatic moulding machine |
| CN110909852A (en) * | 2019-12-11 | 2020-03-24 | 朱小锋 | Manufacturing device for safely packaging metal smart card |
-
2016
- 2016-07-15 CN CN201620750106.8U patent/CN205868697U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106000774A (en) * | 2016-07-15 | 2016-10-12 | 绵阳宁瑞电子有限公司 | Dispensing and inserting assembling all-in-one machine for DIP element |
| CN106000774B (en) * | 2016-07-15 | 2019-02-12 | 绵阳宁瑞电子有限公司 | A kind of dispensing edge lid of DIP element is assembled into one machine |
| CN109216002A (en) * | 2018-10-23 | 2019-01-15 | 绵阳宁瑞电子有限公司 | A kind of magnetic elements automatic moulding machine |
| CN109216002B (en) * | 2018-10-23 | 2023-10-20 | 绵阳伟成科技有限公司 | Automatic forming machine for magnetic components |
| CN110909852A (en) * | 2019-12-11 | 2020-03-24 | 朱小锋 | Manufacturing device for safely packaging metal smart card |
| CN110909852B (en) * | 2019-12-11 | 2024-03-08 | 朱小锋 | Manufacturing device for safe packaging metal smart card |
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| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170111 Effective date of abandoning: 20190212 |