CN108563546A - Laptop functional test machine - Google Patents
Laptop functional test machine Download PDFInfo
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- CN108563546A CN108563546A CN201810301817.0A CN201810301817A CN108563546A CN 108563546 A CN108563546 A CN 108563546A CN 201810301817 A CN201810301817 A CN 201810301817A CN 108563546 A CN108563546 A CN 108563546A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/22—Detection or location of defective computer hardware by testing during standby operation or during idle time, e.g. start-up testing
- G06F11/26—Functional testing
- G06F11/273—Tester hardware, i.e. output processing circuits
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Abstract
The invention discloses a kind of laptop functional test machines, including board, are used for the localization tool of dismountable fixing notebook；Cantilever part, cantilever part being set on board in sliding along X-axis；Display screen mechanism for testing, display screen mechanism for testing have the display screen test cell of the display screen performance for testing laptop, display screen test cell being set on cantilever part in sliding along Y-axis；Trackpad mechanism for testing, Trackpad mechanism for testing have the Trackpad test cell of the Trackpad for testing laptop, Trackpad test cell being set on cantilever part in sliding along Z axis；USB mechanism for testing, USB mechanism for testing have moveable USB plug, USB performances are tested by the mobile insertion laptop of USB plug.The present invention can drive multiple mechanism for testing mobile, simple in structure by single actuator, and can realize the performance test of multiple modules.
Description
Technical field
The present invention relates to laptop functional test technical field more particularly to a kind of laptop functional tests
Machine.
Background technology
With science and technology and improvement of living standard, the application of laptop is more and more extensive, in order to ensure product
Performance, need to test the modules of laptop before manufacture.At this stage, mainly pass through artificial or test equipment
Two ways carries out laptop functional test, when functional test by manually carrying out laptop modules, by
Differ in criterion, the module for often leading to same performance has different test results, and manual testing's inefficiency；Pass through
When test equipment is tested, test equipment has a single function, specific often through the corresponding test one of specific test equipment
Module, need repeatedly carry out laptop loading and unloading, could complete laptop by multiple test equipments
Multiple modules test, testing efficiency is low.
Therefore, it is urgent to provide a kind of laptop functional test machines, and multiple mechanism for testing are driven by single actuator
It is mobile, simple in structure, and can realize the performance test of multiple modules of laptop.
Invention content
The object of the present invention is to provide a kind of laptop functional test machines, and multiple tests are driven by single actuator
Mechanism is mobile, simple in structure, and can realize the performance test of multiple modules of laptop.
To achieve the goals above, the invention discloses a kind of laptop functional test machines, including：Board is used for
The localization tool of dismountable fixing notebook；Cantilever part, the cantilever part are set to the machine along X axis in sliding
On platform；Display screen mechanism for testing, the display screen mechanism for testing have the display screen performance for the test laptop
Display screen test cell, the display screen test cell along Y-axis in sliding being set on the cantilever part；Touch-control board test
Mechanism, the Trackpad mechanism for testing have the Trackpad test cell of the Trackpad for testing the laptop, institute
Trackpad test cell is stated to be set on the cantilever part in what is slided along Z axis；USB mechanism for testing, the USB mechanism for testing
With moveable USB plug, USB performances are tested by the mobile insertion laptop of the USB plug.
Compared with prior art, laptop functional test machine of the invention drives Trackpad test machine by cantilever part
Structure and display screen mechanism for testing are slided in board upper edge X-axis with close to laptop, and before eventually stopping at laptop
Side, or drive Trackpad mechanism for testing and display screen mechanism for testing far from laptop, until returning original, surveyed by Trackpad
Test-run a machine structure tests the performance of Trackpad, and the performance of display screen is tested by display screen mechanism for testing, is tested by USB mechanism for testing
USB performances；The present invention only can drive Trackpad mechanism for testing and display screen mechanism for testing simultaneously by the sliding of cantilever part,
To either be removed in front of laptop close to laptop test or loading and unloading notebook electricity are carried out to facilitate
Brain, it is simple in structure, it is easy to control, and realize the performance test of multiple modules of laptop, improves testing efficiency；And
The laptop functional test machine of the present invention can be automatically performed entire test process, more intelligent, reduce manual intervention,
It can avoid since artificial judgment standard differs and the identical product of performance is caused to have different test results, test result is more
Reliably.
Preferably, the cantilever part includes vertical portion, the vertical portion is in be slidably connected with the board, the vertical portion
Cantilever portion is bent and extended to form along Y direction, and the display screen mechanism for testing is set in the cantilever portion, the Trackpad
Mechanism for testing is set on the vertical portion.
Preferably, further including the first fixed frame and the first sliding part, first sliding part is described in being set to for sliding
On first fixed frame, on the board, the cantilever part is set on first sliding part first fixed mount setting,
First sliding part drive the cantilever part to be slided in the board upper edge X axis with interlock the display screen mechanism for testing and
Trackpad mechanism for testing.
Preferably, the display screen mechanism for testing further includes the second fixed frame and the second sliding part, second sliding part
In being set on second fixed frame for sliding, second fixed mount setting in the cantilever portion, survey by the display screen
Examination unit is set on second sliding part, and second sliding part drives the display screen test cell to be slided along Y-axis.
Preferably, the display screen test cell includes camera shooting test cell, ALS test cells and LED test cells.
Preferably, the Trackpad mechanism for testing further includes third fixed frame and third sliding part, the third sliding part
In being set in the third fixed frame for sliding, the third fixed frame is set on the vertical portion, and the Trackpad is surveyed
Examination unit is set on the third sliding part, and the third sliding part drives the Trackpad test cell to be slided along Z axis.
Preferably, the Trackpad test cell is in floating connection by float connector and the third sliding part.By
This, can adjust Trackpad test cell according to the contact situation between Trackpad test cell and the Trackpad of laptop
With the connection between third sliding part, better adaptability, and the flexible contact of Trackpad test cell and Trackpad can be realized,
To prevent Trackpad test cell from damaging Trackpad.
Preferably, the USB mechanism for testing further includes the 4th fixed frame and the 4th sliding part, the 4th sliding part is in cunning
Dynamic is set on the 4th fixed frame, and for the 4th fixed mount setting on the board, the USB plug is set to institute
It states on the 4th sliding part, the 4th sliding part drives USB plug movement.
Preferably, further including audio-frequency test mechanism, the audio-frequency test mechanism includes horizontal drive mechanism, rotary driving machine
The output end of structure and the audio-frequency test unit for detecting audio-frequency module, the audio-frequency test unit and the rotary drive mechanism connects
Connect, the rotary drive mechanism drives the audio-frequency test unit to rotate, the output end of the horizontal drive mechanism with
The rotary drive mechanism connection, the horizontal drive mechanism drive the audio to survey by the rotary drive mechanism is driven
Examination unit makees straight reciprocating motion in the horizontal direction.
Preferably, the localization tool is equipped with several flexible positioning pieces, several flexible positioning pieces are by the notes
This computer is located on the localization tool.Thereby so that localization tool, which can be suitable for size, the pen of a certain range deviation
Remember this computer.
Description of the drawings
Fig. 1 is the dimensional structure diagram of laptop functional test machine of the embodiment of the present invention.
Fig. 2 is the schematic diagram that Fig. 1 covers protection shell.
Fig. 3 is the schematic diagram that Fig. 2 is mounted with laptop.
Fig. 4 is the schematic diagram that Fig. 3 is placed on cabinet.
Fig. 5 is the dimensional structure diagram of localization tool.
Fig. 6 is the schematic diagram that Fig. 1 is mounted with laptop.
State diagram when Fig. 7 is present invention test Trackpad and display screen.
Fig. 8 is the dimensional structure diagram of Trackpad mechanism for testing.
Fig. 9 is the side view of Fig. 6.
Figure 10 is the side view of Fig. 7.
Figure 11 is the dimensional structure diagram of part A in Figure 10.
Figure 12 is the dimensional structure diagram of USB mechanism for testing.
Figure 13 is the dimensional structure diagram of audio-frequency test mechanism.
Figure 14 is the schematic diagram of another angle of Figure 13.
Specific implementation mode
For the content, construction feature, the objects and the effects that the present invention will be described in detail, below in conjunction with embodiment and match
Attached drawing is closed to be explained in detail.
It please refers to Fig.1 to Figure 14, the invention discloses a kind of laptop functional test machines 100, including：Board 1 is used
In the localization tool 2 of dismountable fixing notebook 10；Cantilever part 3, cantilever part 3 are set to board 1 along X-axis in sliding
On；Display screen mechanism for testing 4, display screen mechanism for testing 4 have the display of the display screen performance for testing laptop 10
Shield test cell 41, being set on cantilever part 3 in sliding along Y-axis of display screen test cell 41；Trackpad mechanism for testing 5 touches
Control the Trackpad test cell 51 for the Trackpad 101 that board test mechanism 5 has for testing laptop 10, touch-control board test
Being set on cantilever part 3 in sliding along Z axis of unit 51；USB mechanism for testing 6, USB mechanism for testing 6 are inserted with moveable USB
First 61, the performance of USB102 is tested by the mobile insertion laptop 10 of USB plug 61.
Preferably, laptop functional test machine 100 further includes audio-frequency test mechanism 7, and audio-frequency test mechanism 7 includes water
Flat driving mechanism 72, rotary drive mechanism 73 and detect audio-frequency module audio-frequency test unit 71, audio-frequency test unit 71 with
The output end of rotary drive mechanism 73 connects, and rotary drive mechanism 73 drives audio-frequency test unit 71 to rotate, and level is driven
The output end of motivation structure 72 is connect with rotary drive mechanism 73, the band by driving rotary drive mechanism 73 of horizontal drive mechanism 72
Dynamic audio-frequency test unit 71 makees straight reciprocating motion in the horizontal direction.
It please refers to Fig.3, that Fig. 6 to Fig. 8, Fig. 9 to Figure 10 and Figure 13 to Figure 14, Fig. 6 give laptop 10 is to be tested
When state diagram, laptop functional test machine 100 of the present invention is used to test Trackpad 101 in laptop, display
The performance of screen, USB102 and audio-frequency module 103, specially：Laptop 10 is mounted on board 1 in normal unfolded state
On localization tool 2 on, and USB mechanism for testing 6 is set to the side of laptop USB102, display screen will be equipped with and tested
The cantilever part 3 of mechanism 4 and Trackpad mechanism for testing 5 is set to the side of board 1, and audio-frequency test mechanism 7 is set to notebook
The side of the audio sockets 103 of computer 10；When test, pass through 3 driving display screen mechanism for testing 4 of cantilever part and Trackpad first
Mechanism for testing 5 moves closer to laptop 10 along the sliding of the directions F1 of X-axis and eventually stops at the front of laptop 10, touches
Control board test unit 51 moves closer to Trackpad 101 along the sliding of the directions F2 of Z axis and is contacted with Trackpad 101, i.e., Trackpad is surveyed
Examination unit 51 is become the state of Fig. 7 from Fig. 6, to carry out touch-control board test；Display screen test cell 41 is along the directions F3 of Y axis
Sliding moves closer to display screen, becomes the state of Figure 10 from Fig. 9, to carry out display screen test；USB plug 61 is along close
The direction of USB102 is mobile and is finally inserted into USB102, to carry out USB tests；Audio-frequency test mechanism 7 rises, horizontal drive machine
Structure 72 drives audio-frequency test unit 71 to move closer to audio sockets 103 and be finally inserted into audio sockets 103, to carry out sound
Frequency is tested.After the completion of test, horizontal drive mechanism 72 drives audio-frequency test unit 71 towards the direction far from audio sockets 103
Movement, so that audio-frequency test unit 71 is extracted from audio sockets 103, after horizontal drive mechanism 72 exits certain distance,
After rotary drive mechanism 73 drives audio-frequency test unit 71 to rotate a certain angle, then audio-frequency test mechanism 7 declines；USB is inserted
First 61 move along the direction far from USB102 and are finally extracted from USB102；Display screen test cell 41 is slided along the negative direction of F3
It is gradually distance from display screen, becomes the state of Fig. 9 from Figure 10；Trackpad test cell 51 along F2 negative direction sliding and from Trackpad
101 remove, and 3 driving display screen mechanism for testing 4 of cantilever part and Trackpad mechanism for testing 5 are gradually distance from pen along the negative direction sliding of F1
Remember this computer 10, and from the state for becoming Fig. 6 of Fig. 7；Finally, laptop 10 is unloaded from localization tool 2.
Referring to FIG. 4, when Fig. 4 shows that the present embodiment laptop functional test machine 100 is mounted on cabinet 200
State, 200 levels of cabinet are respectively equipped with a laptop functional test machine 100, and there are one the top installations of cabinet 200
Display control unit 300 thereby saves 100 the space occupied of laptop functional test machine, and can share display control
Device 300 can be adjusted according to demand in specific implementation, therefore should not be as limit.
Hereinafter, being described in further detail to the laptop functional test machine 100 of the present invention in conjunction with Fig. 1-Figure 14.
It please refers to Fig.1, Fig. 5, specifically, being provided with laptop on localization tool 2 houses position 21, laptop holds
Set 21 is equipped with several flexible positioning pieces 22, and laptop 10 is located in laptop and houses position by several locating pieces 22
In 21；Thereby so that localization tool 2, which can be suitable for size, the laptop 10 of a certain range deviation.Specifically, positioning
Jig 2 includes pedestal positioning region 23 and renovates positioning region 24, and pedestal positioning region 23 and renovating is equipped on positioning region 24 for solid
Determine laptop 10 vacuum cup 25 and for sense laptop 10 whether proximity sensor 26 in place, in this reality
It applies in example, pedestal positioning region 23 and renovates positioning region 24 and be respectively provided with two vacuum cups 25, but should not be as limit, it can will be true
The number of suction disk 25 is set as one, three etc., as long as can be firmly secured at laptop 10 on localization tool 2 i.e.
It can；It pedestal positioning region 23 and renovates positioning region 24 and is respectively provided with a proximity sensor 26, but should not be as limit.More specifically,
Several guide pads 27 are additionally provided on pedestal positioning region 23, laptop 10 is disposed around on pedestal positioning region 23 by guide pad 27.
Referring to FIG. 6, specifically, cantilever part 3 includes vertical portion 31, vertical portion 31 is in be slidably connected with board 1, vertical portion
31 bend along Y direction and extend to form cantilever portion 32, and display screen mechanism for testing 4 is set in cantilever portion 32, touch-control board test
Mechanism 5 is set on vertical portion 31.By cantilever part 3, driving display screen mechanism for testing 4 and Trackpad mechanism for testing 5 exist simultaneously
It is slided on board 1, to remove close to laptop 10 or from the front of laptop 10.
Specifically, laptop functional test machine 100 further includes the first fixed frame 81 and the first sliding part 82, first
Sliding part 82 is set in sliding on the first fixed frame 81, and the first fixed frame 81 is set on board 1, and cantilever part 3 is set to
On first sliding part 82, the first sliding part 82 drives cantilever part 3 to be slided in 1 upper edge X-axis of board to interlock display screen mechanism for testing
4 and Trackpad mechanism for testing 5.
In the present embodiment, the first sliding part 82 is connect with the first driver 83, the first sliding of the first driver 83 driving
Part 82 is slided along the first fixed frame 81, to drive cantilever part 3.Wherein, the first fixed frame 81 is sliding rail, and the first sliding part 82 is
Sliding panel, but should not be as limit.Preferably, the first driver 83 is using cylinder, but should not can also be adopted as limit
With modes such as motor drivings；And first driver 83 be mounted on board 1 groove 11 in, but should not as limit, can also will
First driver 83 is mounted on other positions.Preferably, in the present embodiment, the left and right sides of the first fixed frame 81 is equipped with slow
Rush device 84.
It please refers to Fig.1, Fig. 3, Fig. 9 to Figure 11, specifically, display screen mechanism for testing 4 further includes the second fixed frame 42 and
Two sliding parts 43, the second sliding part 43 are set in sliding on the second fixed frame 42, and the second fixed frame 42 is set to cantilever portion
On 32, display screen test cell 41 is set on the second sliding part 43,43 driving display screen test cell of the second sliding part, 41 edge
Y-axis is slided, to carry out test or separate display screen close to display screen.
Specifically, in this example it is shown that screen test cell 41 includes camera shooting test cell 411, ALS (full name in English
For Ambient Light Sensor, hereinafter referred to as ALS) test cell 412 and LED test cells 413, but should not be as
Camera shooting test cell 411, ALS test cells 412 and LED test cells 413 can be arranged in limit according to demand in specific implementation
One or both of.
It is worth noting that, camera shooting test cell 411, ALS test cells 412, LED test cells 413 are in integrally to set
It sets, and LED test cells 413 are located between camera shooting test cell 411 and ALS test cells 412.Thereby, it is only driven by one
Dynamic component can realize the driving of camera shooting test cell 411, ALS test cells 412 and LED test cells 413, significantly simple
Change the structure of laptop functional test machine 100, it is simple in structure and be more prone to control, but should not be as limit, at it
Camera shooting test cell 411, ALS test cells 412, LED test cells 413 can be provided separately in his embodiment, it can also
The position relationship of camera shooting test cell 411, ALS test cells 412, LED test cells 413 is adjusted according to specific requirements
It is whole.
In the present embodiment, the second sliding part 43 is connect with the second driver 44, the second sliding of the second driver 44 driving
Part 43 is slided along the second fixed frame 42, to drive camera shooting test cell 411, ALS test cells 412, LED test cells
413, so that camera shooting test cell 411 is tested close to photographing module 104, ALS test cells 412 close to ALS modules 105, LED
Unit 413 is close to LED module 106, or keeps camera shooting test cell 411 separate far from photographing module 104, ALS test cells 412
ALS modules 105, LED test cells 413 are far from LED module 106.Preferably, the second driver 44 is using cylinder, but not
The modes such as motor driving should can also be used as limit.
In the present embodiment, the second driver 44 can drive display screen test cell 41 to move 20-30mm along Y-axis, and survey
When examination, when camera shooting test cell 411, ALS test cells 412, the camera shooting with laptop 10 respectively of LED test cells 413
When module 104, ALS modules 105, the distance of LED module 106 reach setting value, stops mobile and start to test；In this implementation
In example, displacement distance is 20-30mm and setting value is 1mm, but should not be as limit, can be according to actual needs in specific implementation
It is set.
Fig. 6 to Fig. 8 is please referred to, specifically, Trackpad mechanism for testing 5 further includes third fixed frame 52 and third sliding part
53, third sliding part 53 is set in sliding in third fixed frame 52, and third fixed frame 52 is set on vertical portion 31, touch-control
Board test unit 51 is set on third sliding part 53, and third sliding part 53 drives Trackpad test cell 51 to be slided along Z axis, with
It finally contacts close to Trackpad 101 and with Trackpad 101 or is removed from Trackpad 101.
Preferably, Trackpad test cell 51 is in floating connection by float connector 54 and third sliding part 53.Wherein,
Trackpad test cell 51 is mounted in Trackpad test cell mounting base 511, and Trackpad test cell mounting base 511 with it is floating
Movement connector 54 connects.It thereby, can be according to the contact between Trackpad test cell 51 and the Trackpad 101 of laptop 10
Situation, the connection between adjustment Trackpad test cell 51 and third sliding part 53, better adaptability, and can realize touch-control
The flexible contact of board test unit 51 and Trackpad 101, so that it is guaranteed that Trackpad test cell 51 can be complete with Trackpad 101
Full connected, and prevent Trackpad test cell 51 from damaging Trackpad 101.In the present embodiment, Trackpad test cell 51 is three
Layer structure, including the conducting resinl, conductive fabric and the foam that are cascading, wherein conductive fabric and laptop functional test
The ground wire of machine 100 is connected so that Trackpad test cell 51 is grounded.
In the present embodiment, third sliding part 53 is connect with third driver 55, and third driver 55 drives third sliding
Part 53 is slided along third fixed frame 52, to drive Trackpad test cell 51.Wherein, third fixed frame 52 is sliding rail, third
Sliding part 53 is sliding panel, but should not be as limit.Preferably, third driver 55 is using stepper motor, but should not be with
This is limited, and can also use the modes such as cylinder driving.
Preferably, in order to monitor the contact force between Trackpad test cell 51 and Trackpad 101, touch-control board test is prevented
Unit 51 damages Trackpad 101, and Trackpad test cell 51 is equipped with pressure sensor 56.Preferably, in third fixed frame 52
Position sensor 57 equipped with the sliding position for detecting third sliding part 53.Preferably, the lower section of third sliding part 53 is also
Equipped with a locating part 58, to prevent the distance due to 53 slide downward of third sliding part long, and lead to Trackpad test cell
51 pairs of Trackpads 101 damage.In the present embodiment, third sliding part 53 passes through L-type fixed plate 59 and pressure sensor 56
Switching, thereby connect with float connector 54, and then connect with Trackpad test cell 51, but should not be as limit.
It please refers to Fig.1, Fig. 6 and Figure 12, specifically, USB mechanism for testing 6 further includes the sliding of the 4th fixed frame 63 and the 4th
Part 62, the 4th sliding part 62 are set in sliding on the 4th fixed frame 63, and the 4th fixed frame 63 is set on board 1, and USB is inserted
First 61 are set on the 4th sliding part 62, and the 4th sliding part 62 drives USB plug 61 to move so that USB plug 61 moves closer to
USB102 is simultaneously finally inserted into USB102, or so that USB plug 61 is gradually distance from USB102 and finally extracted from USB102.It is more excellent
, in the present embodiment, the 4th sliding part 62 and the 4th fixed frame 63 are equipped with the first elastic component 65, to realize USB plug 61
Elasticity plug, prevent from damaging USB102, preferably, the number of the first elastic component 65 is two, but should not be as
Limit.
In the present embodiment, the 4th sliding part 62 is connect with fourth drive 64, the 4th sliding of the driving of fourth drive 64
Part 62 is slided along the 4th fixed frame 63, to drive USB plug 61.Preferably, fourth drive 64 is using cylinder, but not
The modes such as motor driving should can also be used as limit.In the present embodiment, USB mechanism for testing 6 only needs test one
USB102, therefore the only linear movement of X-direction, can be according to the number of the USB102 of laptop 10 to be measured in specific implementation
Mesh is arranged multiple drive components to drive USB plug 61 to be moved along other directions, is such as moved along Y-axis, to realize multiple USB102
Test, therefore be not limited.
Fig. 6, Figure 13 and Figure 14 are please referred to, specifically, due to the output of audio-frequency test unit 71 and rotary drive mechanism 73
End connection, and the rotary drive mechanism 73 for being connected with audio-frequency test unit 71 is connected to the output end of horizontal drive mechanism 72
On, therefore, rotary drive mechanism 73 can make straight reciprocating motion, rotary drive mechanism under the driving of horizontal drive mechanism 72
The audio-frequency test unit 71 that synchronous drive is connected thereto is made straight reciprocating motion by 73 straight reciprocating motion, and is being needed
When audio-frequency test unit 71 is rotated, directly drives audio-frequency test unit 71 by rotary drive mechanism 73 and rotated i.e.
It can；From the foregoing, it will be observed that the present invention drives rotary drive mechanism 73 by horizontal drive mechanism 72 and audio-frequency test unit 71 is driven to do directly
Line moves back and forth, and audio-frequency test unit 71 is inserted into audio sockets 103 or pulls out audio-frequency test unit 71 from audio sockets 103
Go out；Audio-frequency test unit 71 is driven to rotate by rotary drive mechanism 73 so that audio-frequency test unit 71 can rotate certain
Angle.
3, Figure 14 is please referred to Fig.1, specifically, horizontal drive mechanism 72 includes the 5th driver 721 and the 5th slide assemblies
722, the 5th driver 721 is connect with the 5th slide assemblies 722, and the 5th driver 721 drives the 5th slide assemblies 722 to make directly
Line moves back and forth, and rotary drive mechanism 73 is installed on the 5th slide assemblies 722.In the present embodiment, the 5th driver 721 is
Motor, but should not can also use the drivers such as cylinder as limit, it is preferred that the 5th driver 721 is using stepping electricity
Machine.
More specifically, the 5th slide assemblies 722 include the 5th sliding rail 7221 and the 5th sliding panel 7222, the 5th sliding panel
7222 being installed on the 5th sliding rail 7221 in sliding, rotary drive mechanism 73 is installed on the 5th sliding panel 7222, and the 5th drives
Dynamic device 721 drives the 5th sliding panel 7222 and rotary drive mechanism 73 is driven to make straight reciprocating motion along the 5th sliding rail 7221, from
And audio-frequency test unit 71 is made to be inserted into audio sockets 103 or be extracted from audio sockets 103.Wherein, audio-frequency test unit 71 is logical
It crosses audio-frequency test unit mounting base 711 and is connect with the output end of the 5th sliding panel 7222 and rotary drive mechanism 73.
Please continue to refer to Figure 13, Figure 14, preferably, horizontal drive mechanism 72 further includes the second elastic component 723, the second bullet
Property part 723 be set between the 5th driver 721 and the 5th slide assemblies 722.Part when being installed due to the second elastic component 723
Compression makes audio-frequency test unit 71 that a certain range of thrust be kept to be inserted into audio sockets 103, and is inserted in audio-frequency test unit 71
Enter resistance that audio sockets 103 encounter it is excessive when trigger protection inductor, make the 5th stop motion immediately of driver 721, prevent
Continue to be forcibly inserted into and audio sockets 103 are caused to damage, plays a protective role.
Specifically, one end of the second elastic component 723 is connected with the first positioning plate 724, the other end is connected with the second positioning plate
725, the first positioning plate 724 is connect with the 5th sliding panel 7222, and the output end of the second positioning plate 725 and the 5th driver 721 connects
It connects, 721 the second positioning plate 725 of driving of the 5th driver driving is made straight reciprocating motion and driven by the first positioning plate 724
5th sliding panel 7222 makees straight reciprocating motion, to drive rotary drive mechanism 73, and then drives audio-frequency test unit 71.More
Specifically, when 721 the second positioning plate of driving 725 of the 5th driver driving is toward close to the movement of the direction of audio sockets 103, second
Positioning plate 725 drives the second compressed elastic component 723 and pushes the movement of the first positioning plate 724, to drive the 5th to slide
Movable plate 7222；When 721 the second positioning plate of driving 725 of the 5th driver driving is moved toward the direction far from audio sockets 103,
Second positioning plate 725 pulls the movement of the first positioning plate 724 by the positioning PIN of the second elastic component 723, to drive the 5th sliding
Plate 7222.
In the present embodiment, the second elastic component 723 is spring, and but not limited to this, and other elasticity can also be used to tie
Structure；In order to enable structure is more stablized, in the present embodiment, the number of spring 723 is four, and four springs 723 are surrounded by
One rectangle is set on the first positioning plate 724 and the second positioning plate 725, but should not be as limit, can also be by bullet in specific implementation
The number of spring 723 is set as three, five etc..
Please continue to refer to Figure 13, Figure 14, specifically, rotary drive mechanism 73 includes the 6th driver 731 and rotary components
732, the output end of the 6th driver 731 is connect with rotary components 732, and the 6th driver 731 driving rotary components 732 revolve
Transhipment is dynamic, and audio-frequency test unit 71 is connect with the output end of rotary components 732.In the present embodiment, the 6th driver 731 is electricity
Machine, but should not can also use the drivers such as cylinder as limit, it is preferred that the 6th driver 731 is using stepping electricity
Machine.
More specifically, rotary components 732 include driving wheel 7321, transmission belt 7322 and driven wheel 7323, driving wheel
7321 connect with the output end of the 6th driver 731, and transmission belt 7322 is wound in driving wheel 7321 and driven wheel in tight
On 7323, audio-frequency test unit 71 is connect with the output end of driven wheel 7323, and the 6th driver 731 drives driving wheel 7321 to rotate
And the rotation of driven wheel 7323 is driven by transmission belt 7322 to interlock the rotation of audio-frequency test unit 71.Wherein, audio-frequency test list
First mounting base 711 is equipped with the rotating wheel 7111 being connect with driven wheel 7323, and audio-frequency test unit 71 is mounted on rotating wheel 7111
On, driven wheel 7323 drives rotating wheel 7111 to rotate, to drive audio-frequency test unit 71 to rotate.Preferably, in the present embodiment
In, the side of transmission belt 7322 is additionally provided with tensioning wheel 7324 so that transmission belt 7322 can remain tensioning state.
It please refers to Fig.1, Figure 13 and Figure 14, specifically, audio-frequency test mechanism 7 further includes lift drive mechanism 74, level is driven
Motivation structure 72 is mounted on lift drive mechanism 74, and lift drive mechanism 74 drives horizontal drive mechanism 72 and drives audio-frequency test
Unit 71 makees straight reciprocating motion in vertical direction.Thereby so that horizontal drive mechanism 72 is in decline shape afterwards before testing
State, facilitates the handling of laptop 10, at the same enable audio-frequency test unit 71 and audio sockets 103 in it is horizontal just
It is right, so that audio-frequency test mechanism 7 can be suitable for different model, different types of laptop 10.In the present embodiment
In, the opening 12 to match with the shapes and sizes of audio-frequency test mechanism 7 is offered on board 1, audio-frequency test mechanism 7 is being open
Opposite board 1 moves up and down in 12.
Specifically, lift drive mechanism 74 includes the 7th driver 741 and the 6th slide assemblies 742, the 7th driver 741
Output end connect with the 6th slide assemblies 742, it is straight that the 7th driver 741 drives the 6th slide assemblies 742 to make in vertical direction
Line moves back and forth, and horizontal drive mechanism 72 is installed on 742 on the 6th slide assemblies.In the present embodiment, the 7th driver 741
For cylinder, but it should not can also use the drivers such as motor as limit.
More specifically, the 6th slide assemblies 742 include the 6th sliding rail 7421 and the 4th sliding panel 7422, the 4th sliding panel
7422 in being slidably mounted at 7421 on the 4th sliding rail, and horizontal drive mechanism 72 is installed on the 4th sliding panel 7422, and the 7th drives
Dynamic device 741 drives the 4th sliding panel 7422 and to drive horizontal drive mechanism 72 along the 6th sliding rail 7421 to make straight line in vertical direction past
Multiple movement.In the present embodiment, the 6th sliding rail 7421 is fixed in fixed plate 743, and cylinder 741 is solid by cylinder mounting base 7411
It is scheduled in fixed plate 743, the output end of cylinder 741 is connected with level board 744, and level board 744 and the 4th sliding panel 7422 connect
It connects, cylinder 741 drives level board 744 to move up and down, to drive the 4th sliding panel 7422 to slide up and down.
The audio-frequency test mechanism 7 of the present invention drives rotary drive mechanism 73 by horizontal drive mechanism 72 and audio is driven to survey
Examination unit 71 do straight reciprocating motion, by audio-frequency test unit 71 be inserted into audio sockets 103 or by audio-frequency test unit 71 from
Audio sockets 103 are extracted；After audio-frequency test unit 71 is extracted, audio-frequency test unit 71 is driven to revolve by rotary drive mechanism 73
Turn so that audio-frequency test unit 71 rotates a certain angle, and audio-frequency test unit 71 is straight always when slowing down due to test directly goes out
And it is not rotatably inserted into and extracts audio sockets 103 and cause the same contact position of the audio jack 70 of audio-frequency test unit 71
The abrasion set extends the service life of audio jack 70.
Referring to FIG. 3, being provided with control display screen mechanism for testing 4, Trackpad mechanism for testing 5, USB test machines on board 1
The control key of start and stop, the movement of structure 6 and audio-frequency test mechanism 7 includes for controlling opening for laptop functional test machine 100
The outlet (not shown) that start button 131 and reset button 132, USB plug (not shown), the offer power supply stopped is inserted into.
Preferably, board 1 is equipped with the force snesor of air regulator (not shown) and the contact force for showing each mechanism for testing
Display screen 133.
The course of work of laptop functional test machine 100 is described by taking the specific embodiment of the invention as an example below.
First, the laptop that laptop 10 is loaded in localization tool 2 houses in position 21 and keeps notebook electric
It the pedestal 107 of brain 10 and renovates 108 and is separately fixed at and pedestal positioning region 23 and renovate on positioning region 24；Then, it is driven by first
Dynamic device 83 drives the first sliding part 82 that cantilever part 3 is driven to be slided in the directions F1 of 81 upper edge X-axis of the first fixed frame, aobvious to drive
Display screen mechanism for testing 4 and Trackpad mechanism for testing 5 are close to laptop 10, until sliding into the front of laptop；
Then, third driver 55 drives third sliding part 53 to be slided in the directions F2 of 52 upper edge Z axis of third fixed frame, is touched to drive
Board test unit 51 is controlled close to Trackpad 101, and is finally contacted with Trackpad 101, to carry out touch-control board test；Second driving
Device 44 drives the second sliding part 43 to be slided in the directions F3 of 42 upper edge Y-axis of the second fixed frame, to drive camera shooting test cell
411 close to photographing module 104, ALS test cells 412 close to ALS modules 105, LED test cells 413 close to LED module 106,
To carry out the test of photographing module 104, ALS modules 105, LED module 106；Fourth drive 64 drives the 4th sliding part 62
It is slided in 63 directions upper edge F1 of the 4th fixed frame, to drive USB plug 61 close to USB103 and be finally inserted into USB103, from
And carry out USB tests；7th driver 741 drives the 4th sliding panel 7422 and drives horizontal drive mechanism 72 along the 6th sliding rail
7421 is for linear motion in vertical direction, so that the audio sockets 51 of audio-frequency test unit 1 and laptop 10 are in horizontal
Face, the 5th driver 721 drive the 5th sliding panel 7222 to make toward close to the direction of audio sockets 103 along the 5th sliding rail 7221
Linear motion so that audio-frequency test unit 71 moves closer to audio sockets 103 and is finally inserted into audio sockets 103, and the 6th drives
Dynamic device 731 drives the rotation of driving wheel 7321 and drives driven wheel 7323 to rotate by transmission belt 7322, to drive audio-frequency test
Unit 71 rotates；After the completion of test, the 5th driver 721 drives the 5th sliding panel 7222 along the 5th sliding rail 7221 toward far from audio
The direction of socket 103 is for linear motion so that audio-frequency test unit 71 is gradually distance from audio sockets 103, when audio-frequency test unit
71 retract a certain distance, and after 721 stop motion of the 5th driver, and the 6th driver 731 drives the rotation of driving wheel 7321 simultaneously
Audio-frequency test unit 71 is driven to rotate a certain angle, after the 6th driver 731 is stopped, the 7th driver 741 driving the
Four sliding panels 7422 are 6421 for linear motion in vertical direction so that audio-frequency test mechanism 7 returns to original position along the 4th sliding rail；The
Four drivers 64 drive negative direction of the 4th sliding part 62 in 63 upper edge F1 of the 4th fixed frame to slide, to drive USB plug 61
It is extracted from USB103, until returning original；Second driver 44 drives the second sliding part 43 in the anti-of 42 upper edge F3 of the second fixed frame
Direction is slided, to drive camera shooting test cell 411 far from photographing module 104, ALS test cells 412 far from ALS modules
105, LED test cells 413 are far from LED module 106, until returning original；Third driver 55 drives third sliding part 53 in third
The negative direction of 52 upper edge F2 of fixed frame slides, to drive Trackpad test cell 51 to be removed from Trackpad 101, until returning
It is former；First driver 83 drives negative direction of first sliding part 82 in 81 upper edge F1 of the first fixed frame to slide, to drive cantilever
Display screen mechanism for testing 4, Trackpad mechanism for testing 5 on part 3 and cantilever part 3 is far from laptop 10, until returning original；Most
Afterwards, laptop 10 is unloaded from localization tool 2.
In the present embodiment, Trackpad test cell 51 tests the performance of Trackpad 101 by way of contact,
Image test cell 411, ALS test cells 412, LED test cells 413 by way of induction respectively to photographing module 104,
ALS modules 105 and LED module 106 are tested, but the way of contact or non-should not can be used in specific implementation as limit
The way of contact carries out Trackpad 101, photographing module 104, ALS modules 105 and LED module 106 and tests.
Compared with prior art, laptop functional test machine 100 of the invention drives Trackpad to survey by cantilever part 3
Test-run a machine structure 5 and display screen mechanism for testing 4 are slided in 1 upper edge X-axis of board with close laptop 10, and eventually stop at notebook
The front of computer 10, or drive Trackpad mechanism for testing 5 and display screen mechanism for testing 4 far from laptop 10, until returning
Original tests the performance of Trackpad 101 by Trackpad mechanism for testing 5, and the property of display screen is tested by display screen mechanism for testing 4
Can, test USB102 performances by USB mechanism for testing 6；The present invention can only be driven by the sliding of cantilever part 3 tactile simultaneously
Board test mechanism 5 and display screen mechanism for testing 4 are controlled, to be moved close to laptop 10 or from 10 front of laptop
It opens, test or loading and unloading laptop 10 is carried out to facilitate, it is simple in structure, it is easy to control, and realize laptop
The performance test of 10 multiple modules, improves testing efficiency；And the laptop functional test machine 100 of the present invention can be certainly
Dynamic to complete entire test process, more intelligent, reduction manual intervention can be avoided since artificial judgment standard differs and causes
The identical product of performance has different test results, test result relatively reliable.
It is above disclosed to be merely a preferred embodiment of the present invention, the right of the present invention cannot be limited with this certainly
Range, therefore according to equivalent variations made by scope of the present invention patent, be still within the scope of the present invention.
Claims (10)
1. a kind of laptop functional test machine, which is characterized in that including：
Board；
Localization tool for dismountable fixing notebook；
Cantilever part, the cantilever part being set on the board in sliding along X-axis；
Display screen mechanism for testing, the display screen mechanism for testing have the display screen performance for testing the laptop
Display screen test cell, the display screen test cell being set on the cantilever part in sliding along Y-axis；
Trackpad mechanism for testing, the Trackpad mechanism for testing have the touch-control of the Trackpad for testing the laptop
Board test unit, the Trackpad test cell being set on the cantilever part in sliding along Z axis；
USB mechanism for testing, the USB mechanism for testing has moveable USB plug, by the mobile insertion of the USB plug
The laptop and test USB performances.
2. laptop functional test machine according to claim 1, which is characterized in that the cantilever part includes vertical
Portion, with the board in being slidably connected, the vertical portion bends along Y direction and extends to form cantilever portion, institute for the vertical portion
It states display screen mechanism for testing to be set in the cantilever portion, the Trackpad mechanism for testing is set on the vertical portion.
3. laptop functional test machine according to claim 2, which is characterized in that further include the first fixed frame and
One sliding part, first sliding part are set in sliding on first fixed frame, and first fixed mount setting is in institute
It states on board, the cantilever part is set on first sliding part, and first sliding part drives the cantilever part described
Board upper edge X-axis is slided to interlock the display screen mechanism for testing and Trackpad mechanism for testing.
4. laptop functional test machine according to claim 2, which is characterized in that the display screen mechanism for testing is also
Including the second fixed frame and the second sliding part, second sliding part is set in sliding on second fixed frame, described
In in the cantilever portion, the display screen test cell is set on second sliding part second fixed mount setting, and described
Two sliding parts drive the display screen test cell to be slided along Y-axis.
5. laptop functional test machine according to claim 4, which is characterized in that the display screen test cell packet
Include camera shooting test cell, ALS test cells and LED test cells.
6. laptop functional test machine according to claim 2, which is characterized in that the Trackpad mechanism for testing is also
Including third fixed frame and third sliding part, the third sliding part is set in sliding in the third fixed frame, described
Third fixed frame is set on the vertical portion, and the Trackpad test cell is set on the third sliding part, and described
Three sliding parts drive the Trackpad test cell to be slided along Z axis.
7. laptop functional test machine according to claim 6, which is characterized in that the Trackpad test cell by
It is in floating connection by float connector and the third sliding part.
8. laptop functional test machine according to claim 1, which is characterized in that the USB mechanism for testing also wraps
Including the 4th fixed frame and the 4th sliding part, the 4th sliding part is set in sliding on the 4th fixed frame, and described the
In on the board, the USB plug is set on the 4th sliding part four fixed mount settings, and the 4th sliding part drives
USB plug moves.
9. laptop functional test machine according to claim 1, which is characterized in that further include audio-frequency test mechanism,
The audio-frequency test mechanism includes the audio-frequency test unit of horizontal drive mechanism, rotary drive mechanism and detection audio-frequency module,
The audio-frequency test unit is connect with the output end of the rotary drive mechanism, and the rotary drive mechanism drives the audio to survey
Examination unit rotates, and the output end of the horizontal drive mechanism is connect with the rotary drive mechanism, the horizontal drive
Mechanism drives the audio-frequency test unit to make straight reciprocating motion in the horizontal direction by the rotary drive mechanism is driven.
10. laptop functional test machine according to claim 1, which is characterized in that the localization tool is equipped with
The laptop is located on the localization tool by several flexible positioning pieces, several flexible positioning pieces.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810301817.0A CN108563546A (en) | 2018-04-04 | 2018-04-04 | Laptop functional test machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810301817.0A CN108563546A (en) | 2018-04-04 | 2018-04-04 | Laptop functional test machine |
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| CN108563546A true CN108563546A (en) | 2018-09-21 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201810301817.0A Pending CN108563546A (en) | 2018-04-04 | 2018-04-04 | Laptop functional test machine |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110220733A (en) * | 2019-07-11 | 2019-09-10 | 东莞市沃德精密机械有限公司 | Tablet computer test machine |
| CN113157547A (en) * | 2021-05-27 | 2021-07-23 | 江苏安纳金机械有限公司 | Notebook computer touch pad performance testing device and method adopting double detection functions |
| CN114325504A (en) * | 2021-12-29 | 2022-04-12 | 昆山洺九机电有限公司 | Stability testing device |
-
2018
- 2018-04-04 CN CN201810301817.0A patent/CN108563546A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110220733A (en) * | 2019-07-11 | 2019-09-10 | 东莞市沃德精密机械有限公司 | Tablet computer test machine |
| CN113157547A (en) * | 2021-05-27 | 2021-07-23 | 江苏安纳金机械有限公司 | Notebook computer touch pad performance testing device and method adopting double detection functions |
| CN113157547B (en) * | 2021-05-27 | 2024-01-02 | 江苏安纳金机械有限公司 | Notebook computer touch pad performance testing device and method adopting double detection functions |
| CN114325504A (en) * | 2021-12-29 | 2022-04-12 | 昆山洺九机电有限公司 | Stability testing device |
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