CN209021118U - A kind of process equipment of electronic component - Google Patents
A kind of process equipment of electronic component Download PDFInfo
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- CN209021118U CN209021118U CN201821558152.3U CN201821558152U CN209021118U CN 209021118 U CN209021118 U CN 209021118U CN 201821558152 U CN201821558152 U CN 201821558152U CN 209021118 U CN209021118 U CN 209021118U
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- feeding guide
- pin
- driving device
- plate
- electronic component
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Abstract
The utility model discloses a kind of process equipment of electronic component, including sequentially connected automatic feed mechanism, the first punching mechanism, the second punching mechanism and pin forming mechanism and is arranged in the synchronous feeding mechanism of first punching mechanism and second punching mechanism side.The utility model is respectively completed the separation of black glue excision and photoelectrical coupler by the first punching mechanism and the second punching mechanism, realize automated production, improve production efficiency, and the photoelectrical coupler after separating is automatically performed pin forming by pin forming mechanism, realize the separation and pin forming integration of photoelectrical coupler, it avoids product from shifting between different processes or machine, improves production efficiency.
Description
Technical field
The utility model relates to production of electronic components technical fields, and in particular to a kind of process equipment of electronic component.
Background technique
Photoelectrical coupler is a kind of electric one power conversion device of a light using light as media transmission electric signal.It by light emitting source and
Light-receiving device two parts composition.Light emitting source and light-receiving device are assembled in same closed shell, to each other with transparent insulator every
From.The pin of light emitting source is input terminal, and the pin of light-receiving device is output end.
Referring to figure 2., multiple photoelectrical couplers in order to improve the production efficiency, are passed through square in production by photoelectrical coupler
Battle array arrangement is fixed on a fixed frame, after completing corresponding process and being encapsulated by black glue, between a line photoelectrical coupler
Have the first link block (12), there is remaining the second link block (13), and adjacent rows between the ontology with a line photoelectrical coupler
It is staggered between photoelectrical coupler.When carrying out the pin forming production process of photoelectrical coupler, need single photoelectricity
Coupler (11) is separated from full page photoelectrical coupler (1), then completes pin forming by fixture.Currently, above raw
It produces process and passes through manual operations, production efficiency is low, and high labor cost.
Summary of the invention
In view of the deficiencies of the prior art, the utility model provides a kind of process equipment of electronic component, for solving craft
It completes the separation of electronic component and has been manually done the problem that pin forming causes production efficiency low.
The content of the utility model is as follows:
A kind of process equipment of electronic component, including sequentially connected automatic feed mechanism, the first punching mechanism, the second punching
Press mechanism and pin forming mechanism and be arranged in first punching mechanism and second punching mechanism side synchronize give
Expect mechanism.
Preferably, first punching mechanism includes first driving device and the first lower die group being mutually matched and first
Upper mold group, the first driving device is for driving the first upper mold group to move；
The first lower die group includes the first bottom plate, the first lower bolster and the first feeding guide being arranged from bottom to top, institute
It states and is provided with the first cavity plate on the first feeding guide, be provided with first between first lower bolster and first feeding guide
Elastic construction is provided with the first guide post on first bottom plate, is provided with the second elastic construction in first guide post；
The first upper mold group includes the first upper die holder and the first upper mould fixed plate being arranged from top to bottom, on described first
The first punch-pin to match with first cavity plate is provided in mould fixed plate, first upper die holder and first driving fill
Connection is set, first upper die holder is provided with the first pilot hole to match with first guide post.
Preferably, being provided at least two on first punch-pin ranked first cutter, wherein one arrange the first cutter quantity and
Quantity and position of the location matches in the first link block of odd-numbered line, another quantity that ranked first cutter and location matches are in even number line
The quantity of first link block and position, first cavity plate include the first through slot being arranged on first feeding guide and
The first element support plate being mounted below first through slot is provided in the first element support plate and is matched with described
The grooving of one cutter, the first through slot lower section are additionally provided with the first collection hole or slot for collecting waste material.
Preferably, second punching mechanism includes the second driving device and the second lower die group being mutually matched and second
Upper mold group, second driving device is for driving the second upper mold group to move；
The second lower die group includes the second bottom plate, the second lower bolster and the second feeding guide being arranged from bottom to top, institute
It states and is provided with the second cavity plate on the second feeding guide, be provided with third between second lower bolster and second feeding guide
Elastic construction is provided with the second guide post on second bottom plate, is provided with the 4th elastic construction in second guide post；
The second upper mold group includes the second upper die holder and the second upper mould fixed plate being arranged from top to bottom, on described second
The second punch-pin to match with second cavity plate is provided in mould fixed plate, second upper die holder and second driving fill
Connection is set, second upper die holder is provided with the second pilot hole to match with second guide post.
Preferably, second punch-pin includes the second cutter of at least two groups, wherein the quantity of one group of second cutter and position
It is matched with quantity and the position of the second link block of odd-numbered line, the quantity and location matches of another group of the second cutter are in even number line second
The quantity of link block and position, second cavity plate include the second through slot being arranged on second feeding guide and installation
Second element support plate below second through slot, be additionally provided with below second through slot the second scrap collecting opening or
Slot.
Preferably, the pin forming mechanism includes third feeding guide and third upper mold group, the third feeding guide
It is arranged on second lower bolster, the third feeding guide is perpendicular to second feeding guide and logical positioned at described second
Below slot, third feeding guide one end is provided with the first pusher, and first pusher falls in institute for pushing
The workpiece three times on third feeding guide is stated, the third upper mold group includes be arranged on second upper mould fixed plate
Three upper mould fixed plates and the third punch-pin being arranged on the third upper mould fixed plate, the third punch-pin are described for cooperating
The pin bending and molding of workpiece three times is completed in the molding of third feeding guide.
Preferably, first pusher includes third driving device and the first push rod, first push rod one end with
The third driving device connection, the other end are inserted on the third feeding guide, and the third driving device is for driving
Dynamic first push rod.
Preferably, the synchronous feeding mechanism includes fourth drive device, the second push rod and connects with second push rod
The first connecting plate, the second connecting plate and the third connecting plate connect, each connecting plate are provided with hook, the fourth drive device
For driving second push rod.
Preferably, the automatic feed mechanism includes the 4th feeding guide, the first transverse moving mechanism, first longitudinal direction movement
Mechanism, mechanical grip and elevating mechanism, the first longitudinal direction mobile mechanism connect with first transverse moving mechanism, and logical institute
It states the first transverse moving mechanism to move laterally, second longitudinal direction mobile mechanism, institute is provided in the first longitudinal direction mobile mechanism
It states mechanical grip to be arranged in the second longitudinal direction mobile mechanism, the elevating mechanism is arranged in the 4th feeding guide one
Side, described 4th feeding guide one end are provided with the second pusher.
The utility model has the following beneficial effects: the utility model has been distinguished by the first punching mechanism and the second punching mechanism
At the separation of black glue excision and photoelectrical coupler, automated production is realized, improve production efficiency, and the photoelectrical coupler after separation
By pin forming, mechanism is automatically performed pin forming, realizes the separation and pin forming integration of photoelectrical coupler, avoids producing
Product shift between different processes or machine, improve production efficiency.
Detailed description of the invention
Fig. 1 show the overall construction drawing of the utility model embodiment；
Fig. 2 show the structure chart of the utility model initial manufacture part；
Fig. 3 show the structure chart of the utility model synchronous feeding mechanism；
Fig. 4 show the structure chart of the utility model automatic feed mechanism；
Fig. 5 show the structure chart of the first punching mechanism of the utility model；
Fig. 6 show the structure chart of the utility model the first cavity plate and the first punch-pin；
Fig. 7 show the mechanism map of the second punching mechanism of the utility model；
Fig. 8 show the structure chart of the utility model the second cavity plate and the second punch-pin；
Fig. 9 show the structure chart of the utility model pin forming mechanism.
Specific embodiment
The above description is merely an outline of the technical solution of the present invention, in order to better understand the skill of the utility model
Art means, and being implemented in accordance with the contents of the specification, and in order to allow the above and other purpose, feature of the utility model
It can be more clearly understood with advantage, it is special below to lift preferred embodiment, and cooperate attached drawing, detailed description are as follows.
Please refer to Fig. 1, a kind of process equipment of electronic component disclosed in the present embodiment, specifically with a kind of photoelectrical coupler
For process equipment comprising sequentially connected automatic feed mechanism 2, the first punching mechanism 3, the second punching mechanism 4 and pin
Shaping mechanism 5 and the synchronous feeding mechanism 6 that first punching mechanism 3 and 4 side of the second punching mechanism are set；
The automatic feed mechanism 2, for realizing initial manufacture part automatic charging；
First punching mechanism 3, for cutting off the first link block 12 on the initial manufacture part 1；
Second punching mechanism 4, for that workpiece 11 will be separated from initial manufacture part 1 three times；
The pin forming mechanism 5, for realizing the pin forming of workpiece 11 three times；
The synchronous feeding mechanism 6, for initial manufacture part 11 to be pushed to first punching mechanism 3 and the second punching press
Mechanism 4.
Referring to figure 2., full page photoelectrical coupler 1 includes the multiple photoelectrical couplers and fixed frame 14 of proper alignment, photoelectricity
Coupler is fixed on fixed frame 14, and the photoelectrical coupler of adjacent rows is staggered, and through-hole is provided on fixed frame 14, synchronous
Feeding mechanism 6 drives full page photoelectrical coupler 1 mobile by the through-hole.In the present embodiment, initial manufacture part is without processing
Full page photoelectrical coupler 1, secondary operation part be initial manufacture part by the first punching mechanism excision after workpiece, three times plus
Workpiece is single photoelectrical coupler 11 of the secondary operation part after the separation of the second punching mechanism.
Referring to figure 3., the synchronous feeding mechanism 6 includes fourth drive device 66, the second push rod 61 and with described the
The first connecting plate 62, the second connecting plate 63 and the third connecting plate 64 of two push rods 61 connection, each connecting plate, which is provided with, to be used for
Hook the hook 65 for taking initial manufacture part；The fourth drive device 66 uses stepper motor, is used to drive second push rod
61, the feed inlet of first punching mechanism 3 is arranged in first connecting plate 62, and first connecting plate 62 is used for will be initial
Workpiece promotes first punching mechanism 3；Second connecting plate 63 is arranged in first punching mechanism 3 and described second
Between punching mechanism 4, second connecting plate 63 for pull or push initial manufacture part or secondary operation part it is mobile it is default away from
From, in order to the first punching mechanism 3 black glue on initial manufacture part is cut off line by line or the second punching mechanism 4 to initial plus
Workpiece is separated line by line；The discharge port of second punching mechanism 4, the third connection is arranged in the third connecting plate 64
Plate 64 is for pulling the mobile pre-determined distance of initial manufacture part, and in the present embodiment, pre-determined distance is between odd-numbered line electric coupler
Interval or between interval.
Referring to figure 4., the automatic feed mechanism 2 includes the 4th feeding guide 21, the first transverse moving mechanism 22, first
Longitudinal moving mechanism 23, mechanical grip 24 and elevating mechanism 25, first transverse moving mechanism 22 include the first sliding rail 201,
The first sliding block 202 being arranged on first sliding rail 201 and the 5th driving device for driving first sliding block 202
203, the first longitudinal direction mobile mechanism 23 connect with first transverse moving mechanism 22, and leads to the first transverse shifting machine
Structure 22 moves laterally, and the first longitudinal direction mobile mechanism 23 is including support frame 204 and for driving support frame as described above 204 to make
6th driving device 205 of longitudinal movement, the 6th driving device 205 are fixed on first sliding block 202, the support
Second longitudinal direction mobile mechanism 26 is provided on frame 204, the second longitudinal direction mobile mechanism 26 includes clamping jaw support plate 206 and uses
In the 7th driving device 207 for driving the clamping jaw support plate 206 to do longitudinal movement, the 7th driving device 207 is fixed on
On support frame as described above 204, the mechanical grip 24 is arranged in the clamping jaw support plate 206, and the mechanical grip 24 includes two
A double pawl cylinders 208, two double pawl cylinders 208 are respectively used to the head and the tail both ends of clamping initial manufacture part, initial in order to clamp
Workpiece, the elevating mechanism 25 are arranged in 21 side of the 4th feeding guide, and for by be stacked initial plus
Workpiece is raised to preset height, clamps initial manufacture part convenient for mechanical grip 24.Described 4th feeding guide, 21 one end is provided with
Second pusher 27, second pusher 27 include the 8th driving device 209 and connect with the 8th driving device 209
Third push rod 210, be used to the initial manufacture part fallen on the 4th feeding guide 21 being pushed to first punching press
Mechanism 3.5th driving device 203, the 6th driving device 205, the 7th driving device 207 and the 8th driving device 209 can
To use driving motor or cylinder, the 5th driving device 203 described in the present embodiment uses stepper motor, the 6th driving dress
It sets 205, the 7th driving device 207 and the 8th driving device 209 is all made of cylinder.The mechanical grip 24 is described first
Close to the elevating mechanism 25 under the action of transverse moving mechanism 22 and the first longitudinal direction mobile mechanism 23, and from the lifting
Initial manufacture part to be processed is clamped in mechanism 25, and initial manufacture part is then moved to 21 top of the 4th feeding guide,
Support frame as described above 204 and initial manufacture part synchronize be decreased until initial manufacture part be placed on the 4th feeding guide 21,
The mechanical grip 24 discharges initial manufacture part, and by the second longitudinal direction mobile mechanism 26 lifting, make mechanical grip 24 from
The 4th feeding guide 21 is opened, support frame as described above 204 rests on the upside of initial manufacture part, to avoid initial manufacture part described
It turns on one's side under the action of second pusher 27.
Referring to figure 5., first punching mechanism 3 includes first driving device 31 and the first lower die group being mutually matched
32 and the first upper mold group 33, the first driving device 31 use cylinder, be used to that the first upper mold group 33 to be driven to push
Or lifting movement；
The first lower die group 32 includes the first bottom plate 301, the first lower bolster 302 and the first feeding being arranged from bottom to top
Guide rail 303 is provided with the first cavity plate 34, first lower bolster 302 and first feeding on first feeding guide 303
It is provided with the first elastic construction 304 between guide rail 303, first elastic construction 304 includes that 4 telescoping tubes and being set in are stretched
Spring on the outside of the draw, the both ends of telescoping tube are separately fixed at first lower bolster 302 and first feeding guide 303
On, it is provided with the first guide post 305 on 4 corners of first bottom plate 301, is provided in first guide post 305
Second elastic construction, second elastic mechanism use spring；
The first upper mold group 33 includes the first upper die holder 306 and the first upper mould fixed plate 307 being arranged from top to bottom, institute
State the first punch-pin 35 for being provided on the first upper mould fixed plate 307 and matching with first cavity plate 34, first upper die holder
306 connect with the first driving device 31, and first upper die holder 306 is provided with to match with first guide post 305
The first pilot hole.
Fig. 6 is please referred to, at least two are provided on first punch-pin 35 ranked first cutter 308, and the present embodiment is using two rows of
First cutter 308, wherein one arranges the quantity and position of the quantity and location matches of the first cutter 308 in the first link block 12, separately
One arranges the quantity and position of the quantity of the first cutter 308 and location matches in the first link block 12, often ranked first in the present embodiment
The quantity of cutter 308 is 8, and first cavity plate 34 includes two first through slots 309 being arranged on first feeding guide 303
And it is mounted on the first element support plate 310 immediately below the first through slot 309, it is provided in the first element support plate 310
Be matched with the grooving of first cutter 308, be additionally provided with below the first through slot 309 for collecting waste material first collect hole or
Slot, first punching mechanism 3 of the present embodiment ranked first cutter 308 using using two, be respectively used to cutting the first link block and
The first link block, can achieve the purpose of mass production, improve production efficiency.
Fig. 7 is please referred to, second punching mechanism 4 includes the second driving device 41 and the second lower die group being mutually matched
42 and the second upper mold group 43, second driving device 41 is made to push or lifting movement for driving the second upper mold group 43；
The second lower die group 42 includes the second bottom plate 401, the second lower bolster 402 and the second feeding being arranged from bottom to top
Guide rail 403 is provided with the second cavity plate 44, second lower bolster 402 and second feeding on second feeding guide 403
Third elastic construction, the structure of the third elastic construction and 304 phase of the first elastic construction are provided between guide rail 403
Together, it is provided with the second guide post 404 on second bottom plate 401, the 4th elasticity knot is provided in second guide post 404
Structure, the 4th elastic construction use spring；
The second upper mold group 43 includes the second upper die holder 405 and the second upper mould fixed plate 406 being arranged from top to bottom, institute
State the second punch-pin 45 for being provided on the second upper mould fixed plate 406 and matching with second cavity plate 44, second upper die holder
405 connect with second driving device 41, and second upper die holder 405 is provided with to match with second guide post 404
The second pilot hole.
Fig. 8 is please referred to, second punch-pin 45 includes two group of second cutter 407, wherein the quantity of one group of second cutter 407
With location matches in the second link block 13 quantity and position, the quantity and location matches of another group of the second cutter 407 in
The quantity of second link block 13 and position, second cavity plate 44 include second be arranged on second feeding guide 403
Through slot 408 and the second element support plate 409 being mounted on immediately below second through slot 408,408 lower section of the second through slot
It is additionally provided with second for collecting waste material and collects hole or slot.Second punching mechanism 4 of the present embodiment is using using two group second
Cutter 407 is respectively used to cutting the second link block of odd-numbered line and the second link block of even number line, can be with quick separating photoelectric coupling
Device improves production efficiency.
Please referring to Fig. 8-9, the pin forming mechanism 5 includes third feeding guide 51 and third upper mold group 52, and described the
Three feeding guides 51 are arranged on second lower bolster 402, and the third feeding guide 51 is led perpendicular to second feeding
Rail 403 and it is located at second through slot, 408 lower section, described 51 one end of third feeding guide is provided with the first pusher 53, institute
The first pusher 53 is stated for pushing the photoelectrical coupler fallen on the third feeding guide 51, the third upper mold group 52
It is solid in the third upper mold including the third upper mould fixed plate 501 being arranged on second upper mould fixed plate 406 and setting
Third punch-pin 502 on fixed board 501, the third punch-pin 502 is for cooperating the molding of third feeding guide 51 to complete photoelectricity
The pin bending and molding of coupler, photoelectrical coupler are delivered directly to pin forming mechanism 5 after separating from the second punching mechanism 4
Upper progress pin bending and molding realizes the separation and pin forming integration of photoelectrical coupler, avoid product in different processes or
It is shifted between machine, improves production efficiency.
Fig. 7 or 9 is please referred to, first pusher 53 includes third driving device 503 and the first push rod 504, described
First push rod, 504 one end is connect with the third driving device 503, and the other end is inserted on the third feeding guide 51,
The third driving device 503 uses cylinder, is used to drive the first push rod 504.
The above, the only preferred embodiment of the utility model, the utility model are not limited to above-mentioned implementation
Mode, as long as its technical effect for reaching the utility model with identical means, all should belong to the protection scope of the utility model.
Its technical solution and/or embodiment within the protection scope of the present utility model can have a variety of different modifications and variations.
Claims (9)
1. a kind of process equipment of electronic component, it is characterised in that: including sequentially connected automatic feed mechanism (2), the first punching
Press mechanism (3), the second punching mechanism (4) and pin forming mechanism (5) and setting are in first punching mechanism (3) and described
The synchronous feeding mechanism (6) of the second punching mechanism (4) side.
2. the process equipment of electronic component as described in claim 1, it is characterised in that: first punching mechanism (3) includes
First driving device (31) and the first lower die group (32) and the first upper mold group (33) being mutually matched, the first driving device
(31) for driving the first upper mold group (33) to move；
The first lower die group (32) includes that the first bottom plate (301) being arranged from bottom to top, the first lower bolster (302) and first are sent
Expect guide rail (303), is provided with the first cavity plate (34) on first feeding guide (303), first lower bolster (302) and institute
It states and is provided between the first feeding guide (303) the first elastic construction (304), be provided with first on first bottom plate (301)
Guide post (305) is provided with the second elastic construction on first guide post (305)；
The first upper mold group (33) includes the first upper die holder (306) and the first upper mould fixed plate (307) being arranged from top to bottom,
It is provided with the first punch-pin (35) to match with first cavity plate (34) on first upper mould fixed plate (307), described
One upper die holder (306) is connect with the first driving device (31), and first upper die holder (306) is provided with leads with described first
The first pilot hole that Xiang Zhu (305) matches.
3. the process equipment of electronic component as claimed in claim 2, it is characterised in that: be provided on first punch-pin (35)
At least two ranked first cutter (308), wherein the quantity for arranging the first cutter (308) and location matches are in the first link block of odd-numbered line
(12) quantity and position, another quantity that ranked first cutter (308) and location matches are in the first link block of even number line (12)
Quantity and position, first cavity plate (34) include be arranged the first through slot (309) on first feeding guide (303) with
And it is mounted on the first element support plate (310) below first through slot (309), on the first element support plate (310)
It is provided with the grooving for being matched with first cutter (308), is additionally provided with below first through slot (309) for collecting waste material
First collect hole or slot.
4. the process equipment of electronic component as described in claim 1, it is characterised in that: second punching mechanism (4) includes
Second driving device (41) and the second lower die group (42) and the second upper mold group (43) being mutually matched, second driving device
(41) for driving the second upper mold group (43) to move；
The second lower die group (42) includes that the second bottom plate (401) being arranged from bottom to top, the second lower bolster (402) and second are sent
Expect guide rail (403), is provided with the second cavity plate (44) on second feeding guide (403), second lower bolster (402) and institute
It states and is provided with third elastic construction between the second feeding guide (403), be provided with the second guide post on second bottom plate (401)
(404), the 4th elastic construction is provided on second guide post (404)；
The second upper mold group (43) includes the second upper die holder (405) and the second upper mould fixed plate (406) being arranged from top to bottom,
It is provided with the second punch-pin (45) to match with second cavity plate (44) on second upper mould fixed plate (406), described
Two upper die holders (405) are connect with second driving device (41), and second upper die holder (405) is provided with leads with described second
The second pilot hole that Xiang Zhu (404) matches.
5. the process equipment of electronic component as claimed in claim 4, it is characterised in that: second punch-pin (45) includes at least
Two group of second cutter (407), wherein the quantity and location matches of one group of second cutter (407) are in the second link block of odd-numbered line (13)
Quantity and position, the quantity and location matches of another group of the second cutter (407) are in the quantity of the second link block of even number line (13)
And position, second cavity plate (44) include the second through slot (408) being arranged on second feeding guide (403) and peace
Second element support plate (409) below second through slot (408), the second through slot (408) lower section are additionally provided with
Second scrap collecting opening or slot.
6. the process equipment of electronic component as claimed in claim 5, it is characterised in that: the pin forming mechanism (5) includes
Third feeding guide (51) and third upper mold group (52), the third feeding guide (51) are arranged in second lower bolster
(402) on, the third feeding guide (51) is perpendicular to second feeding guide (403) and is located at second through slot
(408) lower section, described third feeding guide (51) one end are provided with the first pusher (53), first pusher (53)
For pushing the workpiece three times fallen on the third feeding guide (51), the third upper mold group (52) includes being arranged in institute
It states the third upper mould fixed plate (501) on the second upper mould fixed plate (406) and is arranged in the third upper mould fixed plate (501)
On third punch-pin (502), the third punch-pin (502) for cooperate the third feeding guide (51) molding complete three times plus
The pin bending and molding of workpiece.
7. the process equipment of electronic component as claimed in claim 6, it is characterised in that: first pusher (53) includes
Third driving device (503) and the first push rod (504), described first push rod (504) one end and the third driving device (503)
Connection, the other end are inserted on the third feeding guide (51), and the third driving device (503) pushes away for driving first
Bar (504).
8. the process equipment of electronic component as claimed in claim 2 or 4, it is characterised in that: synchronous feeding mechanism (6) packet
Include fourth drive device (66), the second push rod (61) and the first connecting plate (62) connecting with second push rod (61),
Two connecting plates (63) and third connecting plate (64), each connecting plate are provided with hook (65), the fourth drive device (66)
For driving second push rod (61).
9. the process equipment of electronic component as described in claim 1, it is characterised in that: the automatic feed mechanism (2) includes
4th feeding guide (21), the first transverse moving mechanism (22), first longitudinal direction mobile mechanism (23), mechanical grip (24) and lifting
Mechanism (25), the first longitudinal direction mobile mechanism (23) connect with first transverse moving mechanism (22), and pass through described the
One transverse moving mechanism (22) moves laterally, and is provided with second longitudinal direction mobile mechanism on the first longitudinal direction mobile mechanism (23)
(26), the mechanical grip (24) is arranged on the second longitudinal direction mobile mechanism (26), and elevating mechanism (25) setting exists
4th feeding guide (21) side, described 4th feeding guide (21) one end are provided with the second pusher (27).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821558152.3U CN209021118U (en) | 2018-09-25 | 2018-09-25 | A kind of process equipment of electronic component |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821558152.3U CN209021118U (en) | 2018-09-25 | 2018-09-25 | A kind of process equipment of electronic component |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209021118U true CN209021118U (en) | 2019-06-25 |
Family
ID=66877984
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821558152.3U Active CN209021118U (en) | 2018-09-25 | 2018-09-25 | A kind of process equipment of electronic component |
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| Country | Link |
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| CN (1) | CN209021118U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110774595A (en) * | 2019-10-08 | 2020-02-11 | 芜湖凯龙电子科技有限公司 | Automatic production line for PPTC (polymeric positive temperature coefficient) overcurrent protection element |
-
2018
- 2018-09-25 CN CN201821558152.3U patent/CN209021118U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110774595A (en) * | 2019-10-08 | 2020-02-11 | 芜湖凯龙电子科技有限公司 | Automatic production line for PPTC (polymeric positive temperature coefficient) overcurrent protection element |
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