CN208270717U - Information-based test macro for mobile fingerprint mould group - Google Patents
Information-based test macro for mobile fingerprint mould group Download PDFInfo
- Publication number
- CN208270717U CN208270717U CN201721871506.5U CN201721871506U CN208270717U CN 208270717 U CN208270717 U CN 208270717U CN 201721871506 U CN201721871506 U CN 201721871506U CN 208270717 U CN208270717 U CN 208270717U
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- plate
- pedestal
- support
- product slot
- fixed plate
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Abstract
The utility model discloses a kind of information-based test macro for mobile fingerprint mould group, including pedestal, mounting plate, several test microscope carriers, pressing plate, lifting cylinder, tumble cylinder and fixed plate, it is connect in the mounting groove of this tumble cylinder insertion Right socle with Right socle, the both ends of the fixed plate pass through left plate respectively with left pedestal and Right socle and right side plate is fixedly connected, at least 2 guide posts are individually fixed in fixed plate and left pedestal, between fixed plate and Right socle, in the product slot insertion mounting hole, the support plate be installed on base lower surface and with product slot following table face contact, several through-holes penetrated for PIN needle are provided in the support plate and product slot, the PIN needle is sequentially embedded in product slot and the through-hole of support plate, one core board passes through grey winding displacement and is electrically connected with the pcb board of the test microscope carrier.The utility model is by the setting of tumble cylinder so that mounting plate two sides can be provided with test microscope carrier, and can in switching process direct blanking, save the link of artificial blanking, improve efficiency.
Description
Technical field
The utility model relates to a kind of information-based test macros for mobile fingerprint mould group, are related to mobile fingerprint chip
It can testing field.
Background technique
With the continuous progress of science and technology, fingerprint recognition using more and more extensive, having become high-end smartphones must not
One of the function that can lack.
Therefore, this is also that fingerprint module packaging enterprise brings opportunities and challenges, how to enhance product performance and produce effect
Rate is their wanted concerns, and in each process of fingerprint module packaging, fingerprint mould group functional test is very crucial, is led to
In normal situation, detection jig includes the jig bottom plate that detection circuit is arranged, fixed test pedestal on jig bottom plate, on jig bottom plate
Connection detection circuit is set and matches the detection probe of setting with electronic chip, when detection, chip is placed on detection pedestal, is examined
Probing is directed to the test point that should touch respective chip；Existing detection mostly uses single jig to detect one single chip,
Repetitive operation is more, spends a large amount of artificial, working efficiency low efficiencys.
Summary of the invention
The utility model aim is to provide a kind of information-based test macro for mobile fingerprint mould group, this is used for mobile phone and refers to
The information-based test macro of line mould group, by the setting of tumble cylinder, so that mounting plate two sides can be provided with test microscope carrier,
It improves work efficiency, furthermore, it is possible to which the direct blanking in switching process, saves the link of artificial blanking, saves manpower, improve
Production efficiency.
In order to achieve the above objectives, the technical solution adopted in the utility model is: a kind of information for mobile fingerprint mould group
Change test macro, including pedestal, mounting plate, several test microscope carriers, pressing plate, lifting cylinder, tumble cylinder, fixed plate and barcode scanning dress
It sets, the pedestal is installed on a pedestal, this pedestal is divided into left pedestal and Right socle, and described mounting plate one end is pacified by a shaft
Loaded on the inside of left pedestal, the piston rod of the other end and tumble cylinder is connected, this tumble cylinder be embedded in the mounting groove of Right socle with
Right socle connection, the both ends of the fixed plate pass through left plate respectively with left pedestal and Right socle and right side plate is fixedly connected, until
Few 2 guide posts are individually fixed between fixed plate and left pedestal, fixed plate and Right socle, and the pressing plate is located at mounting plate and fixation
Between plate, the installation board ends are provided with several limited posts, and the pressing plate both ends are correspondingly arranged on the limit for limited post insertion
Position through-hole, at least 2 guide posts are respectively embedded into the guide post through-hole at pressing plate both ends, and the lifting cylinder is installed on fixation
Plate upper surface, the piston rod of this lifting cylinder is through fixed plate and its end is fixedly connected with mounting plate upper surface, described several
Test microscope carrier is respectively arranged in the upper and lower surfaces of mounting plate, and the barcode scanning device is mounted on the base surface；
The test microscope carrier further comprises product slot, support plate, pcb board and substrate, and the product slot is installed on substrate
On, a mounting hole is provided on the substrate, the product slot is embedded in mounting hole, and the support plate is installed on base lower surface simultaneously
With product slot following table face contact, several through-holes penetrated for PIN needle, the PIN needle are provided in the support plate and product slot
It is sequentially embedded in product slot and the through-hole of support plate, the connector of this PIN needle upper end and fingerprint chip to be detected is in electrical contact, PIN
Needle lower end and the electrical contact area of the pcb board are in electrical contact, and a core board is electrically connected by the pcb board of grey winding displacement and the test microscope carrier
It connects, this core board is used to generate and processing detection signal, is provided with start key and rapid stop key on the pedestal；
The barcode scanning device includes gun body and the support for placing gun body, and the support is set to base upper surface, institute
Stating gun body further comprises lever and the probe positioned at lever one end, and the probe is built-in with light source, the scanning of this light source
The notch of line self-scanning head projects, and is provided with a scan screen in the notch, the support further comprise bottom plate, support rod and
For placing the accepting rack of fixed gun body, the support rod lower end is fixed on bottom plate, and post upper is connect with accepting rack.
Further improved scheme is as follows in above-mentioned technical proposal:
1. in above scheme, the pcb board shape is L shape.
2. in above scheme, the position that the pressing plate is located at right above tumble cylinder is provided with allowing for tumble cylinder insertion
Position through-hole.
3. in above scheme, the support rod is flexible rubber support rod.
4. in above scheme, the button for controlling light source is provided on the lever.
Since above-mentioned technical proposal is used, the utility model has following advantages and effect compared with prior art:
1. the utility model is used for the information-based test macro of mobile fingerprint mould group, mounting plate one end passes through a shaft
It is installed on the inside of left pedestal, the piston rod of the other end and tumble cylinder connects, this tumble cylinder is embedded in the mounting groove of Right socle
It connect with Right socle, the setting of tumble cylinder, so that mounting plate two sides can be provided with test microscope carrier, and can overturn
Direct blanking in the process saves the link of artificial blanking, saves manpower, improves efficiency.
2. the utility model smart phone fingerprint chip Turnover testing device, installation board ends are provided with several limits
Column, pressing plate both ends are correspondingly arranged on the limiting through hole for limited post insertion, the setting of limited post and limiting through hole, so that must expire
Sufficient limited post and limiting through hole fit like a glove, and start to work just now, prevent and make pressing plate because of flip angle inaccuracy
The case where cannot being compressed very well with production piece；Secondly, its pcb board shape is L shape, the setting of L shape pcb board, so that in switching process
In the case where being not in the winding of grey winding displacement, avoid grey winding displacement breakage problem caused by safety problem and friction.
3. the utility model is used for the information-based test macro of mobile fingerprint mould group, core board passes through grey winding displacement and institute
The pcb board electrical connection of test microscope carrier is stated, for this core board for generation and processing detection signal, the setting of core board can be to acquisition
Detection signal directly transmitted and handled, detection of the completion of efficiently and accurately to chip performance.
4. the utility model is used for the information-based test macro of mobile fingerprint mould group, pass through the setting of barcode scanning device, it can
Two dimensional code on automatic identification product is not necessarily to manual identified, not only time saving and energy saving, also improves correct discrimination rate；In addition, each
All there is a product unique two dimensional code to identify, and first barcode scanning carries out next step operation again, can establish data for each product
Library, it is convenient to the real-time of product and statistics, there is accurate detection, detection efficiency and high degree of automation, be suitble to produce in enormous quantities
The advantages of；Secondly, by the setting of support, the convenient pick-and-place of being fixed on to barcode scanning gun improves working efficiency.
Detailed description of the invention
Attached drawing 1 is the information-based test system structure schematic diagram that the utility model is used for mobile fingerprint mould group；
Attached drawing 2 is the information-based test macro partial structural diagram that the utility model is used for mobile fingerprint mould group；
Attached drawing 3 is the utility model test system and test microscope carrier decomposition texture schematic diagram；
Attached drawing 4 is barcode scanning apparatus structure schematic diagram in the utility model informationization test macro.
In the figures above: 101, left pedestal；102, Right socle；2, mounting plate；3, microscope carrier is tested；301, product slot；302,
Support plate；303, pcb board；305, substrate；308, mounting hole；309, PIN needle；310, through-hole；313, it is in electrical contact area；4, pressing plate；
5, lifting cylinder；501, piston rod；6, tumble cylinder；601, piston rod；7, fixed plate；701, left plate；702, right side plate；8,
Pedestal；801, start key；802, rapid stop key；9, shaft；11, guide post；12, guide post through-hole；13, core board；14, grey winding displacement；15,
Limited post；16, limiting through hole；17, abdicating through hole；20, barcode scanning device；1c, gun body；2c, support；3c, lever；4c, probe；
6c, light source；7c, notch；8c, scan screen；9c, bottom plate；10c, support rod；11c, accepting rack；22c, button.
Specific embodiment
The utility model is further described below with reference to embodiment:
Embodiment 1: a kind of information-based test macro for mobile fingerprint mould group, including pedestal, mounting plate 2, several surveys
Examination microscope carrier 3, pressing plate 4, lifting cylinder 5, tumble cylinder 6, fixed plate 7 and barcode scanning device 20, the pedestal are installed on a pedestal 8
On, this pedestal is divided into left pedestal 101 and Right socle 102, and described 2 one end of mounting plate is installed in left pedestal 101 by a shaft 9
Side, the other end are connect with the piston rod 601 of tumble cylinder 6, this tumble cylinder 6 is embedded in the mounting groove 10 of Right socle 102 and the right side
Pedestal 102 connects, and the both ends of the fixed plate 7 and left pedestal 101 and Right socle 102 pass through left plate 701 and right side plate respectively
702 are fixedly connected, and at least 2 guide posts 11 are individually fixed between fixed plate 7 and left pedestal 101, fixed plate 7 and Right socle 102,
For the pressing plate 4 between mounting plate 2 and fixed plate 7,2 both ends of mounting plate are provided with several limited posts 15, the pressing plate 4
Both ends are correspondingly arranged on the limiting through hole 16 being embedded in for limited post 15, and at least 2 guide posts 11 are respectively embedded into positioned at 4 liang of pressing plate
In the guide post through-hole 12 at end, the lifting cylinder 5 is installed on 7 upper surface of fixed plate, and the piston rod 501 of this lifting cylinder 5 runs through
Fixed plate 7 and its end is fixedly connected with 2 upper surface of mounting plate, several test microscope carriers 3 are respectively arranged in the upper of mounting plate 2
Surface and lower surface, the barcode scanning device 20 are installed on 8 upper surface of pedestal；
The test microscope carrier 3 further comprises product slot 301, support plate 302, pcb board 303 and substrate 305, the product
Slot 301 is installed on substrate 305, and a mounting hole 308 is provided on the substrate 305, and the product slot 301 is embedded in mounting hole 308
It is interior, the support plate 302 be installed on 305 lower surface of substrate and with 301 following table face contact of product slot, the support plate 302 and produce
Several through-holes 310 penetrated for PIN needle 309 are provided on product slot 301, the PIN needle 309 is sequentially embedded product slot 301 and branch
In the through-hole 310 of fagging 302, the connector of this 309 upper end of PIN needle and fingerprint chip to be detected is in electrical contact, 309 lower end of PIN needle
It is in electrical contact with the electrical contact area 313 of the pcb board 303, a core board 13 passes through the PCB of grey winding displacement 14 with the test microscope carrier 3
Plate 303 is electrically connected, this core board 13 is used to generate and processing detection signal, is provided with start key 801 and emergency stop on the pedestal 8
Key 802；
The barcode scanning device 20 includes that gun body 1c and support 2c, the support 2c for placing gun body 1c are set to pedestal
8 upper surfaces, the gun body 1c further comprise built in lever 3c and probe 4c, the probe 4c positioned at the one end lever 3c
There is light source 6c, the notch 7c of the scan line self-scanning head 4c of this light source 6c is projected, it is provided with a scan screen 8c in the notch 7c,
The support 2c further comprises bottom plate 9c, support rod 10c and the accepting rack 11c for placing fixed gun body 1c, the support
Bar 10c is fixed on bottom plate 9c lower end, and the upper end support rod 10c is connect with accepting rack 11c.
Above-mentioned support rod 10c is flexible rubber support rod；The button for controlling light source 6c is provided on above-mentioned lever 3c
22c；Above-mentioned 303 shape of pcb board is L shape.
Embodiment 2: a kind of information-based test macro for mobile fingerprint mould group, including pedestal, mounting plate 2, several surveys
Examination microscope carrier 3, pressing plate 4, lifting cylinder 5, tumble cylinder 6, fixed plate 7 and barcode scanning device 20, the pedestal are installed on a pedestal 8
On, this pedestal is divided into left pedestal 101 and Right socle 102, and described 2 one end of mounting plate is installed in left pedestal 101 by a shaft 9
Side, the other end are connect with the piston rod 601 of tumble cylinder 6, this tumble cylinder 6 is embedded in the mounting groove 10 of Right socle 102 and the right side
Pedestal 102 connects, and the both ends of the fixed plate 7 and left pedestal 101 and Right socle 102 pass through left plate 701 and right side plate respectively
702 are fixedly connected, and at least 2 guide posts 11 are individually fixed between fixed plate 7 and left pedestal 101, fixed plate 7 and Right socle 102,
For the pressing plate 4 between mounting plate 2 and fixed plate 7,2 both ends of mounting plate are provided with several limited posts 15, the pressing plate 4
Both ends are correspondingly arranged on the limiting through hole 16 being embedded in for limited post 15, and at least 2 guide posts 11 are respectively embedded into positioned at 4 liang of pressing plate
In the guide post through-hole 12 at end, the lifting cylinder 5 is installed on 7 upper surface of fixed plate, and the piston rod 501 of this lifting cylinder 5 runs through
Fixed plate 7 and its end is fixedly connected with 2 upper surface of mounting plate, several test microscope carriers 3 are respectively arranged in the upper of mounting plate 2
Surface and lower surface, the barcode scanning device 20 are installed on 8 upper surface of pedestal；
The test microscope carrier 3 further comprises product slot 301, support plate 302, pcb board 303 and substrate 305, the product
Slot 301 is installed on substrate 305, and a mounting hole 308 is provided on the substrate 305, and the product slot 301 is embedded in mounting hole 308
It is interior, the support plate 302 be installed on 305 lower surface of substrate and with 301 following table face contact of product slot, the support plate 302 and produce
Several through-holes 310 penetrated for PIN needle 309 are provided on product slot 301, the PIN needle 309 is sequentially embedded product slot 301 and branch
In the through-hole 310 of fagging 302, the connector of this 309 upper end of PIN needle and fingerprint chip to be detected is in electrical contact, 309 lower end of PIN needle
It is in electrical contact with the electrical contact area 313 of the pcb board 303, a core board 13 passes through the PCB of grey winding displacement 14 with the test microscope carrier 3
Plate 303 is electrically connected, this core board 13 is used to generate and processing detection signal, is provided with start key 801 and emergency stop on the pedestal 8
Key 802；
The barcode scanning device 20 includes that gun body 1c and support 2c, the support 2c for placing gun body 1c are set to pedestal
8 upper surfaces, the gun body 1c further comprise built in lever 3c and probe 4c, the probe 4c positioned at the one end lever 3c
There is light source 6c, the notch 7c of the scan line self-scanning head 4c of this light source 6c is projected, it is provided with a scan screen 8c in the notch 7c,
The support 2c further comprises bottom plate 9c, support rod 10c and the accepting rack 11c for placing fixed gun body 1c, the support
Bar 10c is fixed on bottom plate 9c lower end, and the upper end support rod 10c is connect with accepting rack 11c.
Above-mentioned support rod 10c is flexible rubber support rod；The button for controlling light source 6c is provided on above-mentioned lever 3c
22c；The position that above-mentioned pressing plate is located at right above tumble cylinder is provided with the abdicating through hole for tumble cylinder insertion.
When using the above-mentioned information-based test macro for mobile fingerprint mould group, by the setting of tumble cylinder, so that peace
Loading board two sides can be provided with test microscope carrier, and can in switching process direct blanking, save the link of artificial blanking,
Manpower is saved, is improved efficiency；Secondly, the setting of limited post and limiting through hole, so that must satisfy limited post and limiting through hole is complete
It is complete to coincide, it starts to work just now, prevents and because of flip angle inaccuracy prevent pressing plate and produce piece from compressing very well
Situation；In addition, the setting of core board, directly can be transmitted and be handled to the detection signal of acquisition, the completion pair of efficiently and accurately
The detection of chip performance；Again, by the setting of barcode scanning device, can two dimensional code on automatic identification product, be not necessarily to manual identified,
It is not only time saving and energy saving, also improve correct discrimination rate；In addition, there is each product unique two dimensional code to identify, first barcode scanning
Next step operation is carried out again, and database can be established for each product, it is convenient to the real-time of product and statistics, there is detection essence
Really, detection efficiency and high degree of automation, suitable the advantages of producing in enormous quantities；Again, convenient to barcode scanning by the setting of support
Rifle is fixed on pick-and-place, improves working efficiency.
The above embodiments are only for explaining the technical ideas and features of the present invention, and its object is to allow be familiar with technique
Personage can understand the content of the utility model and implement accordingly, do not limit the protection scope of the present invention.
All equivalent change or modifications according to made by the spirit of the present invention essence, should all cover the protection scope of the utility model it
It is interior.
Claims (5)
1. a kind of information-based test macro for mobile fingerprint mould group, it is characterised in that: including pedestal, mounting plate (2), several
Test microscope carrier (3), pressing plate (4), lifting cylinder (5), tumble cylinder (6), fixed plate (7) and barcode scanning device (20), the pedestal
It is installed on a pedestal (8), this pedestal is divided into left pedestal (101) and Right socle (102), and described mounting plate (2) one end passes through one
Shaft (9) is installed on the inside of left pedestal (101), and the other end is connect with the piston rod (601) of tumble cylinder (6), this tumble cylinder
(6) it is embedded in the mounting groove (10) of Right socle (102) and is connect with Right socle (102), the both ends of the fixed plate (7) and left pedestal
(101) it is fixedly connected respectively by left plate (701) with right side plate (702) with Right socle (102), at least 2 guide posts (11) point
It is not fixed between fixed plate (7) and left pedestal (101), fixed plate (7) and Right socle (102), the pressing plate (4) is located at installation
Between plate (2) and fixed plate (7), mounting plate (2) both ends are provided with several limited posts (15), pressing plate (4) both ends pair
It should be provided with the limiting through hole (16) for limited post (15) insertion, at least 2 guide posts (11) are respectively embedded into positioned at pressing plate (4)
In the guide post through-hole (12) at both ends, the lifting cylinder (5) is installed on fixed plate (7) upper surface, the piston of this lifting cylinder (5)
Bar (501) is through fixed plate (7) and its end is fixedly connected with mounting plate (2) upper surface, and several test microscope carriers (3) are respectively
The upper and lower surfaces of mounting plate (2) are installed on, the barcode scanning device (20) is installed on pedestal (8) upper surface；
The test microscope carrier (3) further comprises product slot (301), support plate (302), pcb board (303) and substrate (305), institute
It states product slot (301) to be installed on substrate (305), be provided with a mounting hole (308) on the substrate (305), the product slot
(301) insertion mounting hole (308) in, the support plate (302) be installed on substrate (305) lower surface and under product slot (301)
Surface contacts, and is provided with several through-holes (310) penetrated for PIN needle (309) on the support plate (302) and product slot (301),
The PIN needle (309) is sequentially embedded in product slot (301) and the through-hole (310) of support plate (302), this PIN needle (309) upper end
It is in electrical contact with the connector of fingerprint chip to be detected, the electrical contact area (313) of PIN needle (309) lower end and the pcb board (303)
Electrical contact, a core board (13) pass through grey winding displacement (14) and are electrically connected with the pcb board (303) of test microscope carrier (3), this core board
(13) it is used for generation and processing detection signal, is provided with start key (801) and rapid stop key (802) on the pedestal (8)；
The barcode scanning device (20) includes gun body (1c) and the support (2c) for placing gun body (1c), support (2c) setting
In pedestal (8) upper surface, the gun body (1c) further comprise lever (3c) and be located at the one end lever (3c) probe (4c),
The probe (4c) is built-in with light source (6c), and the notch (7c) of the scan line self-scanning head (4c) of this light source (6c) projects, institute
It states and is provided with a scan screen (8c) in notch (7c), the support (2c) further comprises bottom plate (9c), support rod (10c) and uses
In the accepting rack (11c) for placing fixed gun body (1c), support rod (10c) lower end is fixed on bottom plate (9c), support rod
The upper end (10c) is connect with accepting rack (11c).
2. the information-based test macro according to claim 1 for mobile fingerprint mould group, it is characterised in that: the PCB
Plate (303) shape is L shape.
3. the information-based test macro according to claim 1 for mobile fingerprint mould group, it is characterised in that: the pressing plate
(4) it is located at the position right above tumble cylinder (6) and is provided with the abdicating through hole (17) being embedded in for tumble cylinder (6).
4. the information-based test macro according to claim 1 for mobile fingerprint mould group, it is characterised in that: the support
Bar (10c) is flexible rubber support rod.
5. the information-based test macro according to claim 1 for mobile fingerprint mould group, it is characterised in that: the lever
The button (22c) for controlling light source (6c) is provided on (3c).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721871506.5U CN208270717U (en) | 2017-12-28 | 2017-12-28 | Information-based test macro for mobile fingerprint mould group |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721871506.5U CN208270717U (en) | 2017-12-28 | 2017-12-28 | Information-based test macro for mobile fingerprint mould group |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208270717U true CN208270717U (en) | 2018-12-21 |
Family
ID=64673539
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721871506.5U Expired - Fee Related CN208270717U (en) | 2017-12-28 | 2017-12-28 | Information-based test macro for mobile fingerprint mould group |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208270717U (en) |
-
2017
- 2017-12-28 CN CN201721871506.5U patent/CN208270717U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181221 Termination date: 20191228 |
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| CF01 | Termination of patent right due to non-payment of annual fee |