CN206960605U - Fingerprint module test equipment - Google Patents
Fingerprint module test equipment Download PDFInfo
- Publication number
- CN206960605U CN206960605U CN201720834798.9U CN201720834798U CN206960605U CN 206960605 U CN206960605 U CN 206960605U CN 201720834798 U CN201720834798 U CN 201720834798U CN 206960605 U CN206960605 U CN 206960605U
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- fingerprint module
- compoboard
- test equipment
- transverse axis
- axis moving
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Abstract
The utility model discloses a kind of fingerprint module test equipment, and the fingerprint module test equipment includes：Conveying, for conveying fingerprint module compoboard, the fingerprint module compoboard includes multiple fingerprint modules；Rotation positioning platform, positioned at the top of the conveying, the rotation positioning platform includes measuring head device, the rotary components that the driving measuring head device rotates and the vertical pivot moving assembly for driving the measuring head device to move along the vertical direction；Transverse axis moving assembly, for driving the rotation positioning platform to move in left-right direction；Longitudinal axis moving assembly, for driving the rotation positioning platform to move along the longitudinal direction.The method of testing of fingerprint module test equipment of the present utility model is applied to above-mentioned fingerprint module device.Fingerprint module test equipment and its method of testing of the present utility model realize procedure and automatic test, improve testing efficiency.
Description
Technical field
The testing field of electronic device is the utility model is related to, more particularly to a kind of fingerprint module test equipment.
Background technology
With electronic equipment（For example, mobile phone）Development, the function of electronic equipment is more and more, and customer experience is also increasingly
It is abundant.For example, increasing mobile phone increases Consumer's Experience by setting up fingerprint module.
At present, in process of production, fingerprint module generally use manual testing, but list can only be tested during manual testing every time
Individual fingerprint module, cause manual testing's speed slow, and the shortcomings that fragile product, easily judge by accident be present.
Utility model content
In order to solve the problems, such as manual testing present in prior art exist speed slowly fragile product, easily judge by accident, this
Utility model provides a kind of fingerprint module test equipment.
The utility model provides a kind of fingerprint module test equipment, including：
Conveying, for conveying fingerprint module compoboard, the fingerprint module compoboard includes multiple fingerprint modules；
Rotation positioning platform, positioned at the top of the conveying, the rotation positioning platform includes measuring head device, driven
The rotary components of the dynamic measuring head device rotation and the vertical pivot movement group for driving the measuring head device to move along the vertical direction
Part；
Transverse axis moving assembly, for driving the rotation positioning platform to move in left-right direction；
Longitudinal axis moving assembly, for driving the rotation positioning platform to move along the longitudinal direction；
When the fingerprint module compoboard is conveyed in place by the conveying, the rotary components, the vertical pivot
Moving assembly, the transverse axis moving assembly and the longitudinal axis moving assembly adjust the position of the measuring head device, with to described
Each fingerprint module in fingerprint module compoboard is tested.
Optionally, the fingerprint module test equipment also includes being used to gather the upper fixed of fingerprint module compoboard positional information
Position photomoduel and for gathering the lower fixed of the measuring head device location information and the upper positioning camera component position information
Position photomoduel, the upper positioning camera component are arranged on the rotation positioning platform, and the lower positioning camera component is set
In the lower section of the rotation positioning platform, the testing host of the fingerprint module test equipment passes through the upper positioning camera component
The position of measuring head device described in the information correction collected with the lower positioning camera component.
Optionally, the fingerprint module test equipment also includes the rotation jacking positioning dress below the conveying
Put, the rotation jacking detent mechanism is including for the lifting body of fingerprint module compoboard described in lifting and described for driving
The rotating mechanism of fingerprint module compoboard rotation.
Optionally, the rotating mechanism includes being used to carry the plummer of the fingerprint module compoboard and for driving
The first drive mechanism of plummer rotation is stated, first drive mechanism is located at the lower section of the plummer；
The lifting body includes being used to support the supporting table of the rotating mechanism, the branch for supporting the supporting table
Post, for driving the second drive mechanism, taper slide and can be moved down along the taper slide that the rotating mechanism moves up and down
Dynamic guide wheel, the guide wheel are arranged on the lower surface of the supporting table, and second drive mechanism drives the taper slide left
Move right, the guide wheel is moved up and down along the taper slide, to raise or reduce the rotating mechanism.
Optionally, the fingerprint module test equipment also includes the product prefabricating plate above the conveying, institute
Product prefabricating plate is stated with an opening, the rotation jacking positioner is in the presence of second drive mechanism, by described in
Fingerprint module compoboard top is to the opening.
Optionally, shown transverse axis moving assembly includes transverse axis moving guide rail, transverse axis sliding block and for driving shown transverse axis to slide
The transverse axis drive mechanism that block moves along the transverse axis moving guide rail, the rotation positioning platform are connected and led to the transverse axis sliding block
The transverse axis slide block hanging is crossed on the transverse axis moving guide rail, under the driving of the transverse axis drive mechanism, the transverse axis is slided
Block drives the rotation positioning platform to be moved left and right along the transverse axis moving guide rail；
The longitudinal axis moving assembly includes two longitudinal axis moving guide rails extendable in the longitudinal direction, for supporting two longitudinal axis
The pillar and longitudinal axis drive mechanism of moving guide rail, the transverse axis moving guide rail be slidably connected at two longitudinal axis moving guide rail it
Between, the longitudinal axis drive mechanism is used to drive the transverse axis moving guide rail to move along two longitudinal axis moving guide rail, to drive
Rotation positioning platform is stated to move along the longitudinal direction.
Optionally, the measuring head device include fixed mount, the prosthetic finger on the fixed mount push frock and
Connector test frock；
The prosthetic finger, which pushes frock, to be included being used for prosthetic finger and the driving vacation for pressing the fingerprint module compoboard
Finger pushes the drive mechanism that pushes that frock pushes, it is described push drive mechanism and drive the prosthetic finger to push frock push；
The connector test frock includes test needle stand, the testing needle on test needle stand and test conversion circuit
Plate, the testing needle are used for the fingerprint module for contacting the fingerprint module compoboard, the testing needle and test conversion electricity
Road plate electrical connection, the test conversion circuit board electrically connect with testing host, and the information that the testing needle detects passes through described
Test conversion circuit board is sent to the testing host.
Optionally, the fingerprint module test equipment also includes being used for the mark group for being identified bad fingerprint module
Part, the mark component are arranged on the rotation positioning platform, and the mark component includes identification pencil and drives the mark
The cylinder that pen moves up and down.
Optionally, the fingerprint module test equipment also includes the limit stop cylinder and in place being arranged on the conveying
Sensor, when the sensors in place detects that the fingerprint module compoboard is moving into place on the conveying, institute
The limit stop cylinder limitation fingerprint module compoboard is stated to continue to move to.
Optionally, the fingerprint module test equipment also includes track drive mechanism, and the track drive mechanism is used to drive
The fingerprint module compoboard is moved to move left and right along the conveying.
The technical scheme that embodiment of the present utility model provides can include the following benefits：
The test equipment of fingerprint module of the present utility model is provided with conveying, rotation positioning platform, transverse axis movement group
Part and longitudinal axis moving assembly, rotation positioning platform are arranged on the top of conveying, and measuring head device, rotary components and vertical pivot move
Dynamic component is arranged on the rotation positioning platform, by adjusting rotary components, vertical pivot moving assembly, transverse axis moving assembly and the longitudinal axis
Moving assembly, it is possible to achieve to the position adjustment of measuring head device in all directions, thereby, the survey on measuring head device can be made
Test point can precisely align each fingerprint module, realize the accurate test to each fingerprint module of fingerprint module compoboard, from
And realize and the fingerprint module of full wafer product is tested, improve testing efficiency.In addition, the test of fingerprint module of the present utility model
Equipment can be tested fingerprint module compoboard automatic transport to test position by conveying, thereby, implementation process
And automatic test, improve testing efficiency.
It should be appreciated that the general description and following detailed description of the above are only exemplary, this can not be limited
Utility model.
Brief description of the drawings
Accompanying drawing herein is merged in specification and forms the part of this specification, show meet it is of the present utility model
Embodiment, and in specification together for explaining principle of the present utility model.
Fig. 1 is the structural representation of fingerprint module test equipment of the present utility model.
Fig. 2 is the structural representation of rotation positioning platform.
Fig. 3 is the structural representation of measuring head device.
Fig. 4 is the structural representation of rotation jacking positioner.
Fig. 5 is the structural representation of product prefabricating plate and conveying.
Fig. 6 is the method for testing flow chart of the utility model fingerprint module test equipment.
Embodiment
In order to further illustrate principle and structure of the present utility model, it is preferable to carry out in conjunction with accompanying drawing to of the present utility model
Example is described in detail.
As shown in figure 1, it is the structural representation of fingerprint module test equipment of the present utility model.The fingerprint module is tested
Equipment 1 includes casing 50 and is arranged on the conveying 10, rotation positioning platform 20, the and of transverse axis moving assembly 30 of the top of casing 50
Longitudinal axis moving assembly 40.
Conveying 10 is used to convey fingerprint module compoboard, and the fingerprint module compoboard includes multiple in a row arranged in rows
Fingerprint module.Fingerprint module compoboard is in track drive mechanism（It is not shown）Driving under, can be sliding along conveying 10 or so
It is dynamic.
Transverse axis moving assembly 30 includes transverse axis moving guide rail 31, transverse axis sliding block 32 and for driving transverse axis sliding block 32 along transverse axis
The transverse axis drive mechanism that moving guide rail 31 moves（It is not shown）.Rotation positioning platform 20 is connected with transverse axis sliding block 32 and passes through transverse axis
Sliding block 32 is suspended on transverse axis moving guide rail 31, and under the driving of transverse axis drive mechanism, transverse axis sliding block 32 drives rotational positioning to put down
Platform 20 moves left and right along transverse axis moving guide rail 31.
Longitudinal axis moving assembly 40 includes two longitudinal axis moving guide rails 41 extendable in the longitudinal direction, for supporting the movement of two longitudinal axis
Four pillars 42 and longitudinal axis drive mechanism of guide rail 41（It is not shown）.Transverse axis moving guide rail 31 is slidably connected at the movement of two longitudinal axis and led
Between rail 41.Longitudinal axis drive mechanism driving transverse axis moving guide rail 31 moves along two longitudinal axis moving guide rails 41, to drive rotational positioning
Platform 20 moves along the longitudinal direction.
Conveying 10 extends in transverse direction, and positioned at longitudinal axis moving guide rail 41 and transverse axis moving guide rail 31 just under
Side.
Herein it should be noted that, as shown in figure 1, X-direction is defined as into horizontal direction（Left and right directions）, Y direction is fixed
Justice is longitudinal direction（Fore-and-aft direction）, Z-direction is defined as vertical direction（Above-below direction）.
As shown in Fig. 2 it is the structural representation of rotation positioning platform.Rotation positioning platform 20 includes installing plate 20a, surveyed
What examination head device 21, the rotary components 22 of the rotation of driving measuring head device 21 and driving measuring head device 21 moved along the vertical direction
Vertical pivot moving assembly 23.Measuring head device 21, rotary components 22 and vertical pivot moving assembly 23 are arranged on installing plate 20a.Rotation
It can be respectively a cylinder to turn component 22 and vertical pivot moving assembly 23.
Rotation positioning platform 20 also includes being used for the upper positioning camera component 24 for gathering fingerprint module compoboard positional information
With the mark component 25 for being identified to bad fingerprint module.Positioning camera component 24 and mark component 25 are arranged on installation
On plate 20a.The cylinder that mark component 25 includes identification pencil 251 and drives identification pencil 251 to move up and down（It is not shown）.
As shown in figure 3, it is the structural representation of measuring head device.Measuring head device 21 includes fixed mount 211, is arranged on
Prosthetic finger on fixed mount 211 pushes frock 212 and connector test frock 213.
Prosthetic finger pushes frock 212 including being used to press the prosthetic finger 2121 of fingerprint module compoboard, driving under prosthetic finger
What pressure frock 212 pushed pushes drive mechanism（It is not shown）With pressure inductor 2122, pressure inductor 2122 detects prosthetic finger
The pressure that frock pushes is pushed, drive mechanism driving prosthetic finger is pushed and pushes frock 212 and push.Prosthetic finger 2121 presses fingerprint mould
Group compoboard, simulates human hand abutment fingerprint module.The prosthetic finger can be conductive rubber.
Connector test frock 213 includes test needle stand 2131, the testing needle on test needle stand 2131（Do not scheme
Show）With test conversion circuit board 2132.Testing needle is used for the connector for contacting the fingerprint module of fingerprint module compoboard, testing needle
Electrically connected with test conversion circuit board 2132, test conversion circuit board 2132 electrically connects with testing host.Pressed in prosthetic finger 2121
When pressing fingerprint module, testing needle reads the information that fingerprint module collects, and the information of reading is passed through into test conversion circuit
2132 plates are sent to testing host 214.The information that testing needle detects is analyzed by testing host 214, judges to be tested
Fingerprint module it is whether qualified.The testing host 214 is integrated with control processor.The control processor and each moving assembly or
Drive mechanism electrically connects, to realize the control to each drive mechanism and moving assembly.
As shown in figure 1, the fingerprint module test equipment 1 is also included for the positional information of collecting test head device 21 and upper fixed
The lower positioning camera component 60 of the position positional information of photomoduel 24, the lower positioning camera component 60 are arranged on rotation positioning platform 20
Lower section, the testing host 214 of fingerprint module test equipment 1 adopted by upper positioning camera component 60 and lower positioning camera component 24
The position of the information correction measuring head device 21 collected.
As shown in figure 4, its structural representation for rotation jacking positioner.Fingerprint module test equipment 1 also includes setting
Put the rotation jacking positioner 70 below conveying 10.Rotation jacking detent mechanism 70 includes being used to drive fingerprint module
The rotating mechanism 71 that compoboard 713 rotates and the lifting body 72 for lifting fingerprint module compoboard.
Rotating mechanism 71 includes being used to carry the plummer 711 of fingerprint module compoboard and for driving plummer 711 to revolve
The first drive mechanism 712 turned, the first drive mechanism 712 are located at the lower section of plummer 711, plummer 711 can be driven to rotate, with
Adapt to the fingerprint module compoboard of different layouts.As shown in figure 4, fingerprint module compoboard 713 is placed on flat board carrier 714,
Fingerprint module compoboard 713 includes the row fingerprint module of two row 13, and each fingerprint module is laid by horizontal direction.If fingerprint module group
Each fingerprint module on plywood 713 is laid by longitudinal direction, then by the first drive mechanism 712 plummer 711 can be driven to rotate
To adjust the cloth set direction of each fingerprint module, required position is tested to adapt to connector test frock 213.In addition, in Fig. 4
The arrangement mode of the fingerprint module shown is an example, and the jigsaw arrangement of fingerprint module is array arrangement, in the same direction or symmetrical
Arrangement, quantity is arbitrarily booked, for the purpose of maximizing usable floor area.
Lifting body 72 includes the supporting table 721 for support rotary mechanism 71, for support the supporting table 721 four
Post 722 and the second drive mechanism 723 for driving rotating mechanism 71 to move up and down.Four pillars 722 are laid in supporting table respectively
721 surrounding, each pillar 722 are connected through supporting table 721 with plummer 711.Under the driving of external force, supporting table 721 can edge
Pillar 722 moves up and down, and then drives whole rotating mechanism 71 to move up and down.
Lifting body 72 also includes taper slide 724 and the guide wheel 735 that can be moved up and down along taper slide 724.The guide wheel 725 is pacified
Contacted mounted in the lower surface of supporting table 721 and with taper slide 724.Second drive mechanism 723 is by driving taper slide 724 or so to move
It is dynamic, drive guide wheel 735 to be moved up and down along taper slide 724, to jack or reduce rotating mechanism 71.
As shown in figure 5, it is the structural representation of product prefabricating plate and conveying.Fingerprint module test equipment 1 is also wrapped
Product prefabricating plate 80 is included, the support product of support column 83 prefabricating plate 80 is located at the top of conveying 10.Product prefabricating plate 80
With an opening.Sensors in place 82 and limit stop cylinder 81 are provided with conveying 10.The sensors in place 82 is used to detect
Whether the flat board carrier 714 for being loaded with fingerprint module compoboard moves into place.When sensors in place 82 detects that flat board carrier 714 moves
When moving in place（That is, when flat board carrier 714 is moved to the plummer 711 on rotation jacking positioner 70）, limit stop cylinder 81 opens
Dynamic limitation flat board carrier 714 continues to move to.Meanwhile positioner 70 is jacked by the fingerprint module compoboard in flat board carrier 714
713 tops make fingerprint module expose product prefabricating plate 80, so that testing needle can be to fingerprint into the opening in product prefabricating plate 80
Fingerprint module on module compoboard 713 is tested.Also, product prefabricating plate 80 can also carry out whole to fingerprint module compoboard
It is flat, prevent its edge from tilting.
First drive mechanism described above, the second drive mechanism, track drive mechanism, transverse axis drive mechanism, the longitudinal axis drive
Each drive mechanism such as motivation structure can be cylinder.
The utility model also provides the method for testing of above-mentioned fingerprint module test equipment, as shown in fig. 6, it is that this practicality is new
The method of testing flow chart of type fingerprint module test equipment.With reference to shown in Fig. 1 to Fig. 5, specifically, this method includes：
S1, after start, lower positioning component enters the collection of row positional information to upper positioning component and measuring head device, and will adopt
The data collected are sent into testing host.
After test equipment is started shooting, upper positioning component 24 and measuring head device 21 are entered by lower positioning camera component 60 first
Row IMAQ, and the data collected are sent into testing host 214, testing host 214 is determined by receiving data
The initial position of upper positioning component 24 and measuring head device 21.
S2, after fingerprint module compoboard is placed on conveying, fingerprint module compoboard is defeated in the driving lower edge of external force
Guide rail is sent to be moved to close to the direction of rotation positioning platform, fingerprint module compoboard includes multiple fingerprint modules.
After step S1, fingerprint module compoboard 713 to be tested is placed on flat board carrier 714, flat board carrier 714
It is placed on conveying 10, track drive mechanism produces external force driving flat board carrier 714 and slided along conveying 10.
S3, stops movement when fingerprint module compoboard moves into place, rotation jacks positioner by fingerprint module compoboard
Jack the opening of product prefabricating plate.
Sensors in place 82 and limit stop cylinder 81 are provided with conveying 10, when sensors in place 82 detects that flat board carries
When tool 714 moves into place（That is, when flat board carrier 714 is moved to the plummer 711 on rotation jacking positioner 70）, limit stop gas
Cylinder 81 starts limitation flat board carrier 714 and continued to move to.Positioner 70 is jacked by the fingerprint module compoboard in flat board carrier 714
713 tops make fingerprint module expose product prefabricating plate 80, so that testing needle can be to fingerprint into the opening in product prefabricating plate 80
Fingerprint module on module compoboard 713 is tested.Product prefabricating plate 80 can also flatten to fingerprint module compoboard, prevent
Only its edge tilts.
S4, upper positioning camera component enter the collection of row positional information, and the position that will be collected to fingerprint module compoboard
Information is sent into testing host, the information and the collection of lower positioning camera component that testing host gathers according to upper positioning camera component
Information analyzed, determine the positional information of measuring head device.
Upper positioning camera component 24 is acquired to the positional information of fingerprint module compoboard, and the information collected is sent out
Testing host 214 is delivered to, testing host 214 gathers according to lower positioning component 60 to upper positioning component 24 and measuring head device 21
Data and the information of the fingerprint module compoboard of upper positioning camera component 24 collection carry out comprehensive analysis, to determine connector test
The position of frock.
S5, rotary components, vertical pivot moving assembly, transverse axis moving assembly and longitudinal axis moving assembly are according to the analysis of testing host
As a result the position of connector test frock is adjusted.
Rotary components 22, vertical pivot moving assembly 23, transverse axis moving assembly 30 and longitudinal axis moving assembly 40 are respectively from circumferential side
To（Direction of rotation）, plotted（Z-direction）, X direction（X-direction）And y direction（Y direction）Adjust connector
The position of test fixture 213, thereby, the position of the testing needle of adjustment connector test frock 213, enable testing needle to each
Fingerprint module is precisely tested.
S6, in place, vertical pivot moving assembly drive connection device test fixture is downward for the position adjustment of device test fixture to be connected
It is mobile, the testing needle of connector test frock is touched the fingerprint module of fingerprint module compoboard, and start to test.
The position adjustment of device test fixture to be connected in place when, regulation prosthetic finger push frock 212, prosthetic finger is pushed work
Fill corresponding to being pressed under 212 prosthetic finger 2121 on fingerprint module.Then, start to enter the fingerprint module that prosthetic finger 2121 presses
Row test.
S7, after the fingerprint module test for completing fingerprint module compoboard, the test of vertical pivot moving assembly drive connection device
Frock moves up, and rotary components, vertical pivot moving assembly, transverse axis moving assembly and/or longitudinal axis moving assembly readjust connection
The position of device test fixture, tested with another fingerprint module to fingerprint module compoboard.
After the fingerprint module test for completing fingerprint module compoboard, the position of connector test frock need to be readjusted
Put.Under normal circumstances, after a fingerprint module test is completed, into the test of next fingerprint module, it is only necessary to be finely adjusted
, for example, only adjusting the position of connector test frock by transverse shifting component.Certainly, if in operation,
Cause the position deviation of connector test frock larger, then need to carry out the adjustment of multiple directions.
After test is completed to a fingerprint module, if the fingerprint module is unqualified, by identifying component 25 to not conforming to
The fingerprint module of lattice is identified, to reject underproof fingerprint module.
In order to adapt to the different layouts of fingerprint module on fingerprint module compoboard, the above method can also be in rotation jacking positioning
Before fingerprint module compoboard 713 to be jacked to device 70 the opening step of product prefabricating plate 80, make rotation jacking positioning dress
Put 70 driving fingerprint module compoboards 713 to rotate, the position of the fingerprint module of adjustment fingerprint module compoboard 713, to test
Pin can accurately touch the test point of fingerprint module.
The test equipment of fingerprint module of the present utility model is applicable to after completion SMT surface mounts and is assembled in a whole plate
On fingerprint module, the whole plate product being made up of multiple fingerprint modular arrangements into row, column is fingerprint module compoboard.This practicality
The test equipment of new fingerprint module can be tested whole plate product.
The test equipment of fingerprint module of the present utility model is provided with conveying, rotation positioning platform, transverse axis movement group
Part and longitudinal axis moving assembly, rotation positioning platform are arranged on the top of conveying, and measuring head device, rotary components and vertical pivot move
Dynamic component is arranged on the rotation positioning platform, by adjusting rotary components, vertical pivot moving assembly, transverse axis moving assembly and the longitudinal axis
Moving assembly, it is possible to achieve to the position adjustment of measuring head device in all directions, thereby, the survey on measuring head device can be made
Test point can precisely align each fingerprint module, realize the accurate test to each fingerprint module of fingerprint module compoboard, from
And realize and the fingerprint module of full wafer product is tested, improve testing efficiency.In addition, the test of fingerprint module of the present utility model
Equipment can be tested fingerprint module compoboard automatic transport to test position by conveying, thereby, implementation process
And automatic test, improve testing efficiency.
The test equipment of fingerprint module of the present utility model is using upper camera positioning component and lower camera positioning component to referring to
Line module and measuring head device carry out IMAQ, realize the precise positioning of measuring head device, improve the precision of test.
The test equipment of fingerprint module of the present utility model is flattened using product prefabricating plate to fingerprint module compoboard,
Avoid fingerprint module compoboard edge from tilting, avoid the test of measuring head device from error occur.
The test equipment of fingerprint module of the present utility model is identified using mark component to bad fingerprint module, favorably
In identification bad products, underproof product is rejected.
The method of testing of the test equipment of fingerprint module of the present utility model includes, by the collection of lower positioning camera component
The positional information of positioning camera component and measuring head device, fingerprint module compoboard under the driving of external force along conveying to by
The direction movement of nearly rotation positioning platform, it is to be moved in place when, rotation jacking positioner arrives the jacking of fingerprint module compoboard
The opening of product prefabricating plate, upper positioning camera component detect to the position of fingerprint module compoboard, and will detect
Positional information is sent into testing host, the data that testing host gathers according to upper positioning camera component and lower positioning camera component
Analyzed, rotary components, vertical pivot moving assembly, transverse axis moving assembly and longitudinal axis moving assembly are according to the analysis knot of testing host
Fruit adjusts the position of connector test frock, when being adjusted in place, starts to test, a fingerprint on fingerprint module compoboard is completed
After the test of module, the position of connector test frock is readjusted, carries out next fingerprint module of fingerprint module compoboard
Test.By above-mentioned method of testing, procedure, the automatic test of fingerprint module can be achieved, improve testing efficiency, and lead to
The positional information IMAQ that camera positioning component and lower camera positioning component are carried out to fingerprint module and measuring head device is crossed,
The precise positioning of measuring head device is realized, improves the precision of test.In addition, using product prefabricating plate to fingerprint module compoboard
Flattened, avoid fingerprint module compoboard edge from tilting, so that testing needle is accurately tested.
Preferable possible embodiments of the present utility model are these are only, not limit the scope of protection of the utility model, all fortune
Changed with the equivalent structure made by the utility model specification and accompanying drawing content, be all contained in the scope of protection of the utility model
It is interior.
Claims (10)
- A kind of 1. fingerprint module test equipment, it is characterised in that including：Conveying, for conveying fingerprint module compoboard, the fingerprint module compoboard includes multiple fingerprint modules；Rotation positioning platform, positioned at the top of the conveying, the rotation positioning platform includes measuring head device, driving institute The vertical pivot moving assembly stated the rotary components of measuring head device rotation and drive the measuring head device to move along the vertical direction；Transverse axis moving assembly, for driving the rotation positioning platform to move in left-right direction；Longitudinal axis moving assembly, for driving the rotation positioning platform to move along the longitudinal direction；When the fingerprint module compoboard is conveyed in place by the conveying, the rotary components, vertical pivot movement Component, the transverse axis moving assembly and the longitudinal axis moving assembly adjust the position of the measuring head device, with to the fingerprint Each fingerprint module in module compoboard is tested.
- 2. fingerprint module test equipment according to claim 1, it is characterised in that the fingerprint module test equipment is also wrapped Include upper positioning camera component for gathering fingerprint module compoboard positional information and for gathering the measuring head setting position The lower positioning camera component of information and the upper positioning camera component position information, the upper positioning camera component are arranged on described On rotation positioning platform, the lower positioning camera component is arranged on the lower section of the rotation positioning platform, and the fingerprint module is surveyed The information correction institute that the testing host of examination equipment is collected by the upper positioning camera component and the lower positioning camera component State the position of measuring head device.
- 3. fingerprint module test equipment according to claim 1, it is characterised in that the fingerprint module test equipment is also wrapped The rotation jacking positioner below the conveying is included, the rotation jacking detent mechanism includes being used for described in lifting The lifting body of fingerprint module compoboard and the rotating mechanism for driving the fingerprint module compoboard rotation.
- 4. fingerprint module test equipment according to claim 3, it is characterised in that the rotating mechanism includes being used to carry The plummer of the fingerprint module compoboard and the first drive mechanism for driving the plummer rotation, first driving Mechanism is located at the lower section of the plummer；The lifting body includes being used for supporting table, the pillar for supporting the supporting table, the use for supporting the rotating mechanism In driving the second drive mechanism, taper slide and can be led along what the taper slide moved up and down that the rotating mechanism moves up and down Wheel, the guide wheel are arranged on the lower surface of the supporting table, and second drive mechanism drives the taper slide to move left and right, The guide wheel is set to be moved up and down along the taper slide, to raise or reduce the rotating mechanism.
- 5. fingerprint module test equipment according to claim 4, it is characterised in that the fingerprint module test equipment is also wrapped The product prefabricating plate above the conveying is included, the product prefabricating plate has an opening, the rotation jacking positioning Device is in the presence of second drive mechanism, by the fingerprint module compoboard top to the opening.
- 6. fingerprint module test equipment according to claim 1, it is characterised in that shown transverse axis moving assembly includes transverse axis Moving guide rail, transverse axis sliding block and the transverse axis drive mechanism for driving shown transverse axis sliding block to be moved along the transverse axis moving guide rail, The rotation positioning platform is connected with the transverse axis sliding block and by the transverse axis slide block hanging on the transverse axis moving guide rail, Under the driving of the transverse axis drive mechanism, the transverse axis sliding block drives the rotation positioning platform along the transverse axis moving guide rail Move left and right；The longitudinal axis moving assembly includes two longitudinal axis moving guide rails extendable in the longitudinal direction, for supporting two longitudinal axis to move The pillar and longitudinal axis drive mechanism of guide rail, the transverse axis moving guide rail are slidably connected between two longitudinal axis moving guide rail, institute State longitudinal axis drive mechanism to be used to drive the transverse axis moving guide rail to move along two longitudinal axis moving guide rail, to drive the rotation Locating platform moves along the longitudinal direction.
- 7. fingerprint module test equipment according to claim 1, it is characterised in that the measuring head device includes fixing Frame, the prosthetic finger on the fixed mount push frock and connector test frock；The prosthetic finger, which pushes frock, to be included being used for the prosthetic finger and the driving prosthetic finger for pressing the fingerprint module compoboard Push the drive mechanism that pushes that frock pushes, it is described push drive mechanism and drive the prosthetic finger to push frock push；The connector test frock includes test needle stand, the testing needle on test needle stand and test conversion circuit board, The testing needle is used for the fingerprint module for contacting the fingerprint module compoboard, the testing needle and the test conversion circuit board Electrical connection, the test conversion circuit board electrically connect with testing host, and the information that the testing needle detects passes through the test Change-over circuit plate is sent to the testing host.
- 8. fingerprint module test equipment according to claim 1, it is characterised in that the fingerprint module test equipment is also wrapped The mark component for being identified to bad fingerprint module is included, the mark component is arranged on the rotation positioning platform, The cylinder that the mark component includes identification pencil and drives the identification pencil to move up and down.
- 9. fingerprint module test equipment according to claim 1, it is characterised in that the fingerprint module test equipment is also wrapped Limit stop cylinder and sensors in place on the conveying are included, the fingerprint mould is detected in the sensors in place When being moved into place on the conveying, the limit stop cylinder limits the fingerprint module compoboard to be continued to move group compoboard It is dynamic.
- 10. fingerprint module test equipment according to claim 1, it is characterised in that the fingerprint module test equipment is also Including track drive mechanism, the track drive mechanism is used to drive the fingerprint module compoboard along described conveying or so It is mobile.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720834798.9U CN206960605U (en) | 2017-07-11 | 2017-07-11 | Fingerprint module test equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720834798.9U CN206960605U (en) | 2017-07-11 | 2017-07-11 | Fingerprint module test equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206960605U true CN206960605U (en) | 2018-02-02 |
Family
ID=61383533
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720834798.9U Active CN206960605U (en) | 2017-07-11 | 2017-07-11 | Fingerprint module test equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206960605U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109522172A (en) * | 2018-12-11 | 2019-03-26 | 深圳市艾特讯科技有限公司 | For fingerprint test device under the screen of mobile terminal |
| CN109558286A (en) * | 2018-12-11 | 2019-04-02 | 深圳市艾特讯科技有限公司 | Shield lower fingerprint test equipment |
| CN110186768A (en) * | 2018-02-23 | 2019-08-30 | 江苏凯尔生物识别科技有限公司 | Fingerprint Mo Zu conduction test mechanism |
-
2017
- 2017-07-11 CN CN201720834798.9U patent/CN206960605U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110186768A (en) * | 2018-02-23 | 2019-08-30 | 江苏凯尔生物识别科技有限公司 | Fingerprint Mo Zu conduction test mechanism |
| CN109522172A (en) * | 2018-12-11 | 2019-03-26 | 深圳市艾特讯科技有限公司 | For fingerprint test device under the screen of mobile terminal |
| CN109558286A (en) * | 2018-12-11 | 2019-04-02 | 深圳市艾特讯科技有限公司 | Shield lower fingerprint test equipment |
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