CN106092630A - Test system and method for testing are rocked in the pressing of computer all-in-one machine touch-control - Google Patents
Test system and method for testing are rocked in the pressing of computer all-in-one machine touch-control Download PDFInfo
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- CN106092630A CN106092630A CN201610608696.5A CN201610608696A CN106092630A CN 106092630 A CN106092630 A CN 106092630A CN 201610608696 A CN201610608696 A CN 201610608696A CN 106092630 A CN106092630 A CN 106092630A
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01M—TESTING STATIC OR DYNAMIC BALANCE OF MACHINES OR STRUCTURES; TESTING OF STRUCTURES OR APPARATUS, NOT OTHERWISE PROVIDED FOR
- G01M99/00—Subject matter not provided for in other groups of this subclass
- G01M99/005—Testing of complete machines, e.g. washing-machines or mobile phones
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Abstract
The invention belongs to the performance test field of computer all-in-one machine series products, test system is rocked particularly to the pressing of computer all-in-one machine touch-control, including stand and manipulation unit, stand includes motor driver (1), outer housing (2), test platform (3), source of the gas processing unit (4), platform column (5), gantry module (6), longitudinal module (7), laser range sensor (8), force cylinder (9), force module (10), laterally module (11), pedestal (12), oscillating cylinder (13), force cell (14), gantry upright post (15), column (16) and backboard (17)；Motor driver (1) connects and controls gantry module (6), longitudinal module (7), force module (10) and the motion of horizontal module (11) by cable；Source of the gas processing unit (4) is connected by cable and controls exert a force cylinder (9), the action of oscillating cylinder (13).
Description
Technical field
The invention belongs to the performance test field of computer all-in-one machine series products, press particularly to a kind of computer all-in-one machine touch-control
Pressure rocks test system and method for testing.
Background technology
Computer all-in-one machine, also referred to as integrated computer, integrated desktop, All-In-One (AIO computer), screen formula computer, be
A kind of form between desktop computer and notebook computer, host computer and display are integrated together by it becomes one
Overall.
Computer all-in-one machine initially saw for 20 end of the centurys, but at that time due to enterprise technology level and consumer spending idea etc.
Series factor impact, in the world, popularization in extensive range is not got up.Enter at the beginning of 21 century, along with scientific and technological progress and people consume
The transformation of idea, fashion, brief, touch-control and gradually approved by market rich in the computer all-in-one machine that vision is beautiful, Ge great PC enterprise is all
It is proposed respective integrated computer.Computer all-in-one machine compares conventional desktop the advantage that line is few, volume is little, and integrated level is more
Height, price also there is no significant change, and shapeable is the most higher, and manufacturer can be designed that the product of great individual character, has trend outward appearance.
Computer all-in-one machine has occupied the one seat of mainstream market at present.
The performance quality of computer all-in-one machine depends on complete machine integrated technology, heat dissipation technology, touch technology, support designing technique
Etc. aspect.This mode of operation easily of touch technology is used for computer all-in-one machine, on the one hand promotes human-computer interaction and experiences, but with
Time also the stability that fuselage is overall is proposed higher requirement.
For possessing the computer all-in-one machine of screen touch manipulation function, when carrying out touch operation, touch action can be to screen
Curtain produces certain thrust, and under the effect of thrust, display screen there will be rocking of certain amplitude.
Touch-control to computer all-in-one machine presses and rocks test not automation equipment in the market, relies solely on manually
The measurement of shaking volume is carried out after screen is applied certain thrust.Manual mode has low, the low precision of repeatability and efficiency is low etc.
Feature.
Summary of the invention
It is an object of the invention to propose a kind of computer all-in-one machine touch-control pressing and rock test system, be automatically performed detection electricity
Brain all-in-one is the shaking volume of fuselage (display screen) when certain touch-control pressing stress, thus verifies the stability of product fuselage.
Another object of the present invention is to propose a kind of use the pressing of computer all-in-one machine touch-control to rock test system to survey
The method of examination.
It is an object of the invention to be achieved through the following technical solutions:
Test system is rocked in the pressing of computer all-in-one machine touch-control, and including stand and manipulation unit, described manipulation unit is used for grasping
Control described test system computer all-in-one machine is tested；
Stand includes motor driver 1, outer housing 2, test platform 3, source of the gas processing unit 4, platform column 5, gantry module
6, longitudinal module 7, laser range sensor 8, force cylinder 9, force module 10, horizontal module 11, pedestal 12, oscillating cylinder
13, force cell 14, gantry upright post 15, column 16 and backboard 17；
Test platform 3 is arranged at the front portion of stand, and it is arranged in parallel with pedestal 12, outside the two ends of test platform 3 are fixed in
The upper end of cover 2, is provided with platform column 5 between test platform 3 and pedestal 12, the lower end of outer housing 2 is affixed with pedestal 12；
Two gantry upright post 15 in left and right are vertically fixed on pedestal 12, and two, left and right gantry module 6 is fixedly supported on gantry
On column 15, two gantry modules 6 are each provided with can the lengthwise movement module of longitudinal sliding motion；The two ends, left and right of force module 10
It is connected with the lengthwise movement module of gantry module 6 respectively；It is provided with, on force module 10, the transverse movement module that can slide laterally；
Oscillating cylinder 13 is arranged in the transverse movement module of force module 10, and force cylinder 9 is arranged on oscillating cylinder 13, and dynamometry passes
Sensor 14 is arranged on the head of force cylinder 9；
Left and right two root posts 16 are vertically fixed on pedestal 12, and backboard 17 two ends are socketed on column 16, horizontal module 11
It is fixed in column 16 upper end, column 16 and the backboard 17 horizontal module 11 of fixing support jointly；Laterally module 11 is positioned at two, left and right
Between gantry module 6, horizontal module 11 in the vertical higher than test platform 3, horizontal module 11 is provided with and can slide laterally
Transverse movement module；
Longitudinal upper end of module 7 is connected with the motion module of horizontal module 11, and setting can longitudinal sliding motion on longitudinal direction module 7
Lengthwise movement module, laser range sensor 8 is arranged in the lengthwise movement module of longitudinal module 7.
The lengthwise position of force module 10 is higher than horizontal module 11；
Motor driver 1, source of the gas processing unit 4 are arranged on pedestal 12；
Manipulation unit connects motor driver 1, source of the gas processing unit 4, laser range sensor 8 and dynamometry by cable and passes
Sensor 14；
Motor driver 1 is connected by cable and is controlled gantry module 6, longitudinal module 7, force module 10 and horizontal module
The motion of 11；
Source of the gas processing unit 4 is connected by cable and controls exert a force cylinder 9, the action of oscillating cylinder 13.
Described force cylinder 9 is in withdrawal folding position when off working state, parallel, operationally with force module 10
Promoted by oscillating cylinder 13, be perpendicular to measurand.
A kind of use computer all-in-one machine touch-control pressing rock the method that test system carries out testing, comprise the steps:
1) System self-test:
2) in computer end software, fill in the display screen specification of tested computer all-in-one machine；
3) location calibration:
The base of tested computer all-in-one machine is fixed on test platform 3, adjusts the display of tested computer all-in-one machine
Shielding vertical with test platform 3, the display screen of tested computer all-in-one machine is towards horizontal module 11 and force module 10；
4) test: moved by the transverse movement module in the lengthwise movement module on gantry module 6 and force module 10
Force cylinder 9 and force cell 14 to computer all-in-one machine display frame upper left corner A point, now, computer all-in-one machine display screen
Framework upper left corner A point is the point of application, exerts a force and adjusts to predetermined thrust, keeping；
5) Laser Measuring is moved by the lengthwise movement module in the transverse movement module on horizontal module 11 and longitudinal module 7
Away from sensor 8 to computer all-in-one machine display screen upper left corner D point；
6) removing the thrust of the point of application, record computer all-in-one machine display screen upper left corner D point rocks amplitude and changes over number
According to until it is zero that computer all-in-one machine display screen upper left corner D point rocks amplitude；
7) exert a force at the computer all-in-one machine display screen point of application and adjust to predetermined thrust, keeping；Move laser ranging respectively
Sensor 8 to computer all-in-one machine display screen upper right corner E point, computer all-in-one machine display screen central authorities F point, computer all-in-one machine display screen are left
Inferior horn G point and computer all-in-one machine display screen lower right corner H point；
Remove point of application thrust, measure and record computer all-in-one machine display screen upper right corner E point respectively, computer all-in-one machine shows
The amplitude of screen central authorities F point, computer all-in-one machine display screen lower left corner G point and computer all-in-one machine display screen lower right corner H point becomes in time
Change data until it is zero that this point rocks amplitude；
8) will be exerted a force cylinder by the transverse movement module in the lengthwise movement module on gantry module 6 and force module 10
9 and force cell 14 move the middle part B point to computer all-in-one machine display frame top, now, computer all-in-one machine display screen
The middle part B point of framework top is the point of application, exerts a force and adjusts to predetermined thrust, keeping；Repeat step 5)～7)；
9) will be exerted a force cylinder by the transverse movement module in the lengthwise movement module on gantry module 6 and force module 10
9 and force cell 14 move to computer all-in-one machine display frames upper right corner C point, now, computer all-in-one machine display frames
C point in the upper right corner is the point of application, exerts a force and adjusts to predetermined thrust, keeping；Repeat step 5)～7)；
10) measure complete, generate data sheet, printed report；
11) terminate.
In step 1) in System self-test, also comprise the steps: to visually inspect stand each several part the most complete；Bleed pressure
Between 0.5～0.7MPa；Heat engine more than 15 minutes.
A kind of use computer all-in-one machine touch-control pressing rock the method that test system carries out testing, comprise the steps:
1) System self-test:
2) in computer end software, fill in the display screen specification of tested computer all-in-one machine；
3) location calibration:
To be fixed on test platform 3 by the base of tested computer all-in-one machine, adjust the aobvious of tested computer all-in-one machine
Display screen is vertical with test platform 3, and the display screen of tested computer all-in-one machine is towards horizontal module 11 and force module 10；
4) test: moved by the transverse movement module in the lengthwise movement module on gantry module 6 and force module 10
Arbitrfary point on force cylinder 9 and force cell 14 to computer all-in-one machine display frame, computer all-in-one machine display frame
On this point be the point of application, exert a force and adjust to predetermined thrust, keeping；
5) Laser Measuring is moved by the lengthwise movement module in the transverse movement module on horizontal module 11 and longitudinal module 7
Show away from sensor 8 to computer all-in-one machine display screen upper left corner D point, computer all-in-one machine display screen upper right corner E point, computer all-in-one machine
Needing in screen central authorities F point, computer all-in-one machine display screen lower left corner G point and computer all-in-one machine display screen lower right corner H point is tested
A bit；
6) remove point of application thrust, record computer all-in-one machine display screen upper left corner D point, the computer all-in-one machine display screen upper right corner
E point, computer all-in-one machine display screen central authorities F point, computer all-in-one machine display screen lower left corner G point and the computer all-in-one machine display screen lower right corner
The amplitude that rocks of the point needing test in H point changes over data until it is zero that this point rocks amplitude；
7) measure complete, generate data sheet observed data；
8) terminate.
In step 1) in System self-test, also comprise the steps: to visually inspect stand each several part the most complete；Bleed pressure
Between 0.5～0.7MPa；Heat engine more than 15 minutes.
The beneficial effects of the present invention is:
For ensureing the quality of the computer all-in-one machine of new research and development, electricity when the test system of the present invention can detect touch control operation
The performance for stability index of brain, needs for design and evaluation new product.
Accompanying drawing explanation
Fig. 1 is the structural representation that test system is rocked in computer all-in-one machine touch-control of the present invention pressing；
Fig. 2 be computer all-in-one machine touch-control of the present invention pressing rock sample in method of testing force and detection position show
It is intended to；
Fig. 3 is that method of testing flow chart is rocked in one computer all-in-one machine touch-control of the present invention pressing；
Fig. 4 is that method of testing flow chart is rocked in the pressing of another computer all-in-one machine touch-control of the present invention.
Reference:
1 motor driver 2 outer housing 3 test platform
4 source of the gas processing unit 5 platform column 6 gantry modules
7 longitudinal module 8 laser range sensors 9 exert a force cylinder
10 force horizontal module 12 pedestals of module 11
13 oscillating cylinder 14 force cell 15 gantry upright post
16 column 17 backboards
Detailed description of the invention
Below in conjunction with the accompanying drawings and embodiment, the detailed description of the invention of the present invention is described in further detail.
As it is shown in figure 1, test system is rocked in the pressing of computer all-in-one machine touch-control, including stand and manipulation unit, described manipulation
Unit is used for manipulating described test system to be tested computer all-in-one machine.
Stand includes motor driver 1, outer housing 2 (part does not shows), test platform 3, source of the gas processing unit 4 (only display
Support), platform column 5, gantry module 6, longitudinal module 7, laser range sensor 8, force cylinder 9, force module 10, laterally
Module 11, pedestal 12, oscillating cylinder 13, force cell 14, gantry upright post 15, column 16 and backboard 17.
Test platform 3 is arranged at the front portion of stand, and it is arranged in parallel with pedestal 12, outside the two ends of test platform 3 are fixed in
The upper end of cover 2, is provided with platform column 5 between test platform 3 and pedestal 12, the lower end of outer housing 2 is affixed with pedestal 12.
Two gantry upright post 15 in left and right are vertically fixed on pedestal 12, and two, left and right gantry module 6 is fixedly supported on gantry
On column 15, two gantry modules 6 are each provided with can the lengthwise movement module of longitudinal sliding motion.The two ends, left and right of force module 10
It is connected with the lengthwise movement module of gantry module 6 respectively.It is provided with, on force module 10, the transverse movement module that can slide laterally.
Oscillating cylinder 13 is arranged in the transverse movement module of force module 10, and force cylinder 9 is arranged on oscillating cylinder 13, and exert a force gas
Cylinder 9 is in withdrawal folding position when off working state, parallel with force module 10, is operationally promoted by oscillating cylinder 13,
It is perpendicular to measurand.Force cell 14 is arranged on the head of force cylinder 9, operationally withstands measurand, is used for surveying
Amount force cylinder 9 promotes the thrust of measurand.
Left and right two root posts 16 are vertically fixed on pedestal 12, and backboard 17 two ends are socketed on column 16, horizontal module 11
It is fixed in column 16 upper end, column 16 and the backboard 17 horizontal module 11 of fixing support jointly.Laterally module 11 is positioned at two, left and right
Between gantry module 6, horizontal module 11 in the vertical higher than test platform 3, horizontal module 11 is provided with and can slide laterally
Transverse movement module.
Longitudinal upper end of module 7 is connected with the motion module of horizontal module 11, and setting can longitudinal sliding motion on longitudinal direction module 7
Lengthwise movement module.Laser range sensor 8 is arranged in the lengthwise movement module of longitudinal module 7.
For ensureing safety, the lengthwise position of force module 10 is higher than horizontal module 11.
Laterally the transverse movement module on module 11 determines the lateral attitude of longitudinal module 7, the longitudinal direction fortune on longitudinal module 7
Dynamic model block determines the lengthwise position of laser range sensor 8, is so together decided on Laser Measuring by horizontal module 11 and longitudinal module 7
Horizontal and vertical measurement position away from sensor 8.Lengthwise movement module on gantry module 6 determines longitudinal position of force module 10
Putting, the transverse movement module on force module 10 determines the lateral attitude of force cell 14, so by gantry module 6 and force
Module 10 together decides on the point of application position of force cylinder 9, namely the measurement position of force cell 14.
Motor driver 1, source of the gas processing unit 4 are arranged on pedestal 12.
Rocking in test system in the pressing of computer all-in-one machine touch-control, manipulation unit connects motor driver 1, gas by cable
Source processing unit 4, laser range sensor 8 and force cell 14.Rocking of measurand is measured by laser range sensor 8
Amount.Measured by force cell 14 and put on the actual thrust in measurand.
Motor driver 1 is connected by cable and is controlled gantry module 6, longitudinal module 7, force module 10 and horizontal module
The motion of 11.
Source of the gas processing unit 4 is connected by cable and controls exert a force cylinder 9, the action of oscillating cylinder 13.
Use the pressing of computer all-in-one machine touch-control to rock the method that computer all-in-one machine is tested by test system, can use
Manual mode has been tested, it would however also be possible to employ automated manner completes.Manual mode test refers to by mobile force cylinder 9 He
Force cell 14, arrival specific bit postpones and measures, only can measure a point；Automated manner test refers to
As long as by adjusting force cylinder 9 and force cell 14 to after first point, (in Fig. 2, A point is that measurement is first for force first point and D point
Point) follow-up work just surveyed automatically.
As shown in Figure 2 and Figure 3, the method using automated manner that computer all-in-one machine is tested, comprise the steps:
1) System self-test:
Including: visual inspection stand each several part is the most complete；Bleed pressure is between 0.5～0.7MPa；Heat engine 15 minutes
Above；
2) in computer end software, fill in the display screen specification of tested computer all-in-one machine；
3) location calibration:
The base of tested computer all-in-one machine is fixed on test platform 3, adjusts the display of tested computer all-in-one machine
Shielding vertical with test platform 3, the display screen of tested computer all-in-one machine is towards horizontal module 11 and force module 10；
4) test: moved by the transverse movement module in the lengthwise movement module on gantry module 6 and force module 10
Force cylinder 9 and force cell 14 to computer all-in-one machine display frame upper left corner A point, now, computer all-in-one machine display screen
Framework upper left corner A point is the point of application, exerts a force and adjusts to predetermined thrust, keeping；
5) Laser Measuring is moved by the lengthwise movement module in the transverse movement module on horizontal module 11 and longitudinal module 7
Away from sensor 8 to computer all-in-one machine display screen upper left corner D point；
6) removing the thrust of the point of application, record computer all-in-one machine display screen upper left corner D point rocks amplitude and changes over number
According to until it is zero that computer all-in-one machine display screen upper left corner D point rocks amplitude；
7) exert a force at the computer all-in-one machine display screen point of application and adjust to predetermined thrust, keeping；Move laser ranging respectively
Sensor 8 to computer all-in-one machine display screen upper right corner E point, computer all-in-one machine display screen central authorities F point, computer all-in-one machine display screen are left
Inferior horn G point and computer all-in-one machine display screen lower right corner H point；
Remove point of application thrust, measure and record computer all-in-one machine display screen upper right corner E point respectively, computer all-in-one machine shows
The amplitude of screen central authorities F point, computer all-in-one machine display screen lower left corner G point and computer all-in-one machine display screen lower right corner H point becomes in time
Change data until it is zero that this point rocks amplitude；
8) will be exerted a force cylinder by the transverse movement module in the lengthwise movement module on gantry module 6 and force module 10
9 and force cell 14 move the middle part B point to computer all-in-one machine display frame top, now, computer all-in-one machine display screen
The middle part B point of framework top is the point of application, exerts a force and adjusts to predetermined thrust, keeping；Repeat step 5)～7)；
9) will be exerted a force cylinder by the transverse movement module in the lengthwise movement module on gantry module 6 and force module 10
9 and force cell 14 move to computer all-in-one machine display frames upper right corner C point, now, computer all-in-one machine display frames
C point in the upper right corner is the point of application, exerts a force and adjusts to predetermined thrust, keeping；Repeat step 5)～7)；
10) measure complete, generate data sheet, printed report；
11) terminate.
Use this measuring method to obtain amplitude over time data, thus verify the stability of computer all-in-one machine.
As shown in Figure 2, Figure 4 shows, the method using manual mode that computer all-in-one machine is tested, comprise the steps:
1) System self-test:
Including: visual inspection stand each several part is the most complete；Ensure that bleed pressure must be between 0.5～0.7MPa；Heat
Machine more than 15 minutes；
2) in computer end software, fill in the display screen specification of tested computer all-in-one machine；
3) location calibration:
To be fixed on test platform 3 by the base of tested computer all-in-one machine, adjust the aobvious of tested computer all-in-one machine
Display screen is vertical with test platform 3, and the display screen of tested computer all-in-one machine is towards horizontal module 11 and force module 10；
4) test: moved by the transverse movement module in the lengthwise movement module on gantry module 6 and force module 10
On force cylinder 9 and force cell 14 to computer all-in-one machine display frame a bit, this point can be upper left corner A point, in
Portion B point, upper right corner C point or other points, now, this point on computer all-in-one machine display frame is the point of application, exerts a force and adjusts
To predetermined thrust, keep；
5) Laser Measuring is moved by the lengthwise movement module in the transverse movement module on horizontal module 11 and longitudinal module 7
Show away from sensor 8 to computer all-in-one machine display screen upper left corner D point, computer all-in-one machine display screen upper right corner E point, computer all-in-one machine
Needing in screen central authorities F point, computer all-in-one machine display screen lower left corner G point and computer all-in-one machine display screen lower right corner H point is tested
A bit；
6) remove point of application thrust, record computer all-in-one machine display screen upper left corner D point, the computer all-in-one machine display screen upper right corner
E point, computer all-in-one machine display screen central authorities F point, computer all-in-one machine display screen lower left corner G point and the computer all-in-one machine display screen lower right corner
The amplitude that rocks of the point needing test in H point changes over data until it is zero that this point rocks amplitude；
7) measure complete, generate data sheet observed data；
8) terminate.
Claims (6)
1. test system is rocked in the pressing of computer all-in-one machine touch-control, it is characterised in that: include stand and manipulation unit；Wherein,
Stand includes motor driver (1), outer housing (2), test platform (3), source of the gas processing unit (4), platform column (5), dragon
Door module (6), longitudinal module (7), laser range sensor (8), force cylinder (9), force module (10), horizontal module
(11), pedestal (12), oscillating cylinder (13), force cell (14), gantry upright post (15), column (16) and backboard (17)；
Test platform (3) is arranged at the front portion of stand, and it is arranged in parallel with pedestal (12), and the two ends of test platform (3) are fixed in
The upper end of outer housing (2), is provided with platform column (5), the lower end of outer housing (2) and pedestal between test platform (3) and pedestal (12)
(12) affixed；
Two gantry upright post (15) in left and right are vertically fixed on pedestal (12), and two, left and right gantry module (6) is fixedly supported on dragon
On door pillar (15), two gantry modules (6) are each provided with the lengthwise movement module of longitudinal sliding motion；A left side for force module (10)
Right two ends lengthwise movement module with gantry module (6) respectively is connected；Slide laterally horizontal it is provided with in force module (10)
Motion module；Oscillating cylinder (13) is arranged in the transverse movement module of force module (10), and force cylinder (9) is arranged on swing
On cylinder (13), force cell (14) is arranged on the head of force cylinder (9)；
Left and right two root posts (16) is vertically fixed on pedestal (12), and backboard (17) two ends are socketed on column (16), horizontal mould
Group (11) is fixed in column (16) upper end, column (16) and backboard (17) the horizontal module of the most fixing support (11)；Laterally module
(11) being positioned between two gantry modules (6) in left and right, horizontal module (11) is in the vertical higher than test platform (3), horizontal module
(11) the transverse movement module slid laterally it is provided with on；
The upper end of longitudinal module (7) is connected with the motion module of horizontal module (11), and longitudinal module (7) arranges longitudinal sliding motion
Lengthwise movement module, laser range sensor (8) is arranged in the lengthwise movement module of longitudinal module (7)；
The lengthwise position of force module (10) is higher than horizontal module (11)；
Motor driver (1), source of the gas processing unit (4) are arranged on pedestal (12)；
Manipulation unit connects motor driver (1), source of the gas processing unit (4), laser range sensor (8) and dynamometry by cable
Sensor (14)；
Motor driver (1) connects gantry module (6), longitudinal module (7), force module (10) and horizontal module by cable
(11)；
Source of the gas processing unit (4) connects force cylinder (9), oscillating cylinder (13) by cable.
Test system is rocked in computer all-in-one machine touch-control the most according to claim 1 pressing, it is characterised in that:
Described force cylinder (9) is in withdrawal folding position when off working state, parallel, operationally with force module (10)
Promoted by oscillating cylinder (13), be perpendicular to measurand.
3. use the pressing of the computer all-in-one machine touch-control described in claim 1 or 2 to rock the method that test system carries out testing,
It is characterized in that: comprise the steps:
1) System self-test:
2) in computer end software, fill in the display screen specification of tested computer all-in-one machine；
3) location calibration:
The base of tested computer all-in-one machine is fixed on test platform (3), adjusts the display screen of tested computer all-in-one machine
Vertical with test platform (3), the display screen of tested computer all-in-one machine is towards horizontal module (11) and force module (10)；
4) test: moved by the transverse movement module in the lengthwise movement module on gantry module (6) and force module (10)
Force cylinder (9) and force cell (14) are to computer all-in-one machine display frame upper left corner A point, and now, computer all-in-one machine shows
Display screen framework upper left corner A point is the point of application, exerts a force and adjusts to predetermined thrust, keeping；
5) Laser Measuring is moved by the lengthwise movement module in the transverse movement module on horizontal module (11) and longitudinal module (7)
Away from sensor (8) to computer all-in-one machine display screen upper left corner D point；
6) removing the thrust of the point of application, record computer all-in-one machine display screen upper left corner D point rocks amplitude, and to change over data straight
Rocking amplitude to computer all-in-one machine display screen upper left corner D point is zero；
7) exert a force at the computer all-in-one machine display screen point of application and adjust to predetermined thrust, keeping；Move laser ranging sensing respectively
Device (8) is to computer all-in-one machine display screen upper right corner E point, computer all-in-one machine display screen central authorities F point, computer all-in-one machine display screen lower-left
Angle G point and computer all-in-one machine display screen lower right corner H point；
Remove point of application thrust, measure respectively and record in computer all-in-one machine display screen upper right corner E point, computer all-in-one machine display screen
The amplitude of centre F point, computer all-in-one machine display screen lower left corner G point and computer all-in-one machine display screen lower right corner H point changes over number
According to until it is zero that this point rocks amplitude；
8) will be exerted a force cylinder by the transverse movement module in the lengthwise movement module on gantry module (6) and force module (10)
(9) and the mobile middle part B point to computer all-in-one machine display frame top of force cell (14), now, computer all-in-one machine shows
The middle part B point of display screen framework top is the point of application, exerts a force and adjusts to predetermined thrust, keeping；Repeat step 5)～7)；
9) will be exerted a force cylinder by the transverse movement module in the lengthwise movement module on gantry module (6) and force module (10)
(9) move to computer all-in-one machine display frames upper right corner C point, now, computer all-in-one machine display with force cell (14)
Framework upper right corner C point is the point of application, exerts a force and adjusts to predetermined thrust, keeping；Repeat step 5)～7)；
10) measure complete, generate data sheet, printed report；
11) terminate.
The method that test system carries out testing is rocked in use computer all-in-one machine touch-control the most according to claim 3 pressing, its
It is characterised by:
In step 1) in System self-test, also comprise the steps: to visually inspect stand each several part the most complete；Bleed pressure exists
Between 0.5～0.7MPa；Heat engine more than 15 minutes.
5. use the pressing of the computer all-in-one machine touch-control described in claim 1 or 2 to rock the method that test system carries out testing,
It is characterized in that: comprise the steps:
1) System self-test:
2) in computer end software, fill in the display screen specification of tested computer all-in-one machine；
3) location calibration:
By being fixed on test platform (3) by the base of tested computer all-in-one machine, adjust the display of tested computer all-in-one machine
Shielding vertical with test platform (3), the display screen of tested computer all-in-one machine is towards horizontal module (11) and force module (10)；
4) test: moved by the transverse movement module in the lengthwise movement module on gantry module (6) and force module (10)
Force cylinder (9) and force cell (14) on computer all-in-one machine display frame a bit, computer all-in-one machine shows mask
This point on frame is the point of application, exerts a force and adjusts to predetermined thrust, keeping；
5) Laser Measuring is moved by the lengthwise movement module in the transverse movement module on horizontal module (11) and longitudinal module (7)
Show away from sensor (8) to computer all-in-one machine display screen upper left corner D point, computer all-in-one machine display screen upper right corner E point, computer all-in-one machine
Needing in display screen central authorities F point, computer all-in-one machine display screen lower left corner G point and computer all-in-one machine display screen lower right corner H point is tested
A bit；
6) remove point of application thrust, record computer all-in-one machine display screen upper left corner D point, computer all-in-one machine display screen upper right corner E point,
Computer all-in-one machine display screen central authorities F point, computer all-in-one machine display screen lower left corner G point and computer all-in-one machine display screen lower right corner H point
In the point needing test rock amplitude change over data until this point to rock amplitude be zero；
7) measure complete, generate data sheet observed data；
8) terminate.
The method that test system carries out testing is rocked in use computer all-in-one machine touch-control the most according to claim 5 pressing, its
It is characterised by:
In step 1) in System self-test, also comprise the steps: to visually inspect stand each several part the most complete；Bleed pressure exists
Between 0.5～0.7MPa；Heat engine more than 15 minutes.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610608696.5A CN106092630B (en) | 2016-07-28 | 2016-07-28 | Test system and test method are shaken in the pressing of computer all-in-one machine touch-control |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610608696.5A CN106092630B (en) | 2016-07-28 | 2016-07-28 | Test system and test method are shaken in the pressing of computer all-in-one machine touch-control |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106092630A true CN106092630A (en) | 2016-11-09 |
| CN106092630B CN106092630B (en) | 2018-08-10 |
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ID=57479164
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|---|---|---|---|
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| CN (1) | CN106092630B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108760120A (en) * | 2018-04-03 | 2018-11-06 | 郑州云海信息技术有限公司 | A kind of method and device of testing hard disk backboard adaptability to changes |
| CN113281009A (en) * | 2021-04-08 | 2021-08-20 | 合肥联宝信息技术有限公司 | Automatic testing arrangement of test display screen amplitude of rocking |
-
2016
- 2016-07-28 CN CN201610608696.5A patent/CN106092630B/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108760120A (en) * | 2018-04-03 | 2018-11-06 | 郑州云海信息技术有限公司 | A kind of method and device of testing hard disk backboard adaptability to changes |
| CN113281009A (en) * | 2021-04-08 | 2021-08-20 | 合肥联宝信息技术有限公司 | Automatic testing arrangement of test display screen amplitude of rocking |
Also Published As
| Publication number | Publication date |
|---|---|
| CN106092630B (en) | 2018-08-10 |
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