CN205945903U - Touch screen terminal testing arrangement - Google Patents
Touch screen terminal testing arrangement Download PDFInfo
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- CN205945903U CN205945903U CN201620704999.2U CN201620704999U CN205945903U CN 205945903 U CN205945903 U CN 205945903U CN 201620704999 U CN201620704999 U CN 201620704999U CN 205945903 U CN205945903 U CN 205945903U
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Abstract
The embodiment of the utility model provides an about a touch screen terminal testing arrangement, including the dead end clamp utensil, the dead end clamp utensil is including base, first setting element and the second setting element of parallel arrangement on the base to and first orientation angle and the second orientation angle of parallel arrangement on every setting element. When carrying out touch screen terminal test, arrange the touch screen terminal in the dead end clamp utensil on, adjust the interval between first setting element and the second setting element through first regulating part to and adjust the interval between first orientation angle and the second orientation angle through the second regulating part, length and the width that finally makes four intervals between the orientation angle accord with the touch screen terminal require, and pass through the orientation angle and fix the touch screen terminal. The second regulating part of this embodiment through adjusting first regulating part of Y direction and X direction respectively, can accurate control touch screen terminal place the position, and then has solved among the current touch screen terminal testing arrangement touch screen terminal and has placed the position and have randomness and cause the coarse problem of test result.
Description
Technical field
This utility model is related to terminal test technical field, more particularly to a kind of touch screen terminal test device.
Background technology
With the popularization of touch screen technology, increasing terminal unit starts to be equipped with Touch screen, such as touch-screen mobile phone, touch
Screen computer etc..Touch screen terminal passes through to gather user's touch operation data on its screen (as clicking operation data, slide
Data), then the corresponding command is executed according to the data being gathered and meet user's request.For lifting the user's body of touch screen terminal
Test, promote the high quality of touch screen terminal to produce, need touch screen terminal is carried out multiple analog touch operation test.
Fig. 1 is a kind of structural representation of typical touch screen terminal test device in prior art, is provided with three in this device
Axis robot vertical bar 01, camera 03 and terminal tray 07, wherein, three axle robert vertical bar 01 pass through pressure transducer 02 with
Multi-shaft movement mechanism connects, and Multi-shaft movement mechanism includes X-axis motion 04, Y-axis motion 05 and the Z being arranged on guide rail
Shaft movement mechanism 06.Terminal tray 07 includes punched-plate and biasing post, wherein, punched-plate offers multiple little at equal intervals
Hole, activity in the cylinder of biasing post is equipped with fix bar, and biasing post cylinder can rotate around fix bar, and biasing post is lived by fix bar
Move in the aperture being plugged in punched-plate.When touch screen terminal being tested using this test device, first, touch screen terminal is placed
On punched-plate, biasing post is plugged in the little in the hole pressed close to most with touch screen terminal periphery, tentatively fixes touch screen terminal；Then,
By rotating eccentricity post, it is gradually reduced the spacing between biasing post and touch screen terminal periphery, finally fix touch screen terminal.Finally,
Further according to different test commands, control three axle robert vertical bar 01 that different operations are made on the screen of touch screen terminal and move
Make, meanwhile, the pressure transducer 02 that is connected with three axle robert vertical bar 01 is produced three axle robert vertical bar 01 is detected
The moment of raw touch pressure, will control camera 03 that the picture of touch screen terminal screen is taken pictures, the screen photographing is drawn
The successive frame change in face is turned to analyze the foundation to every touch operation response speed for the touch screen terminal.
But, in above-mentioned test process, after touch screen terminal is placed on punched-plate, fixed by rotating eccentricity post,
When repeatedly being tested, biasing post anglec of rotation randomness is larger, and the final fixed position of touch screen terminal is difficult to be consistent, and
Before each execution touch operation, if final fixed position does not verify to touch screen terminal, vertical bar will be led to touch screen
The touch point of equipment easily falls and executes outside the conversion zone of respective response order in screen, and then so that screen can not be made immediately instead
Should, ultimately result in the screen successive frame picture that camera photographs and can not truly reflect the actual response speed of screen.
Content of the invention
A kind of touch screen terminal test device is provided, to solve touch screen of the prior art eventually in this utility model embodiment
Hold the not high problem of the degree of accuracy of test device test.
In order to solve above-mentioned technical problem, this utility model embodiment discloses following technical scheme：
A kind of touch screen terminal test device, including terminal fixture, described terminal fixture includes base, wherein：
The upper surface of described base is provided with the first keeper and the second keeper, and described first keeper and described second is determined
Position part is disposed in parallel relation to one another；
First regulating part is additionally provided with described base, described first regulating part respectively with described first keeper and described
Two keepers connect, for adjusting the spacing between described first keeper and described second keeper；
The upper surface of described first keeper and described second keeper is equipped with the first orientation angle and the second orientation angle, institute
State the first orientation angle and described second orientation angle is disposed in parallel relation to one another；
Second regulating part, described second regulating part are also respectively provided with described first keeper and described second keeper
It is connected with described first orientation angle and described second orientation angle respectively, for adjusting described first orientation angle and described second positioning
Spacing between angle；
The relative movement orbit of described first keeper and described second keeper is perpendicular to described first orientation angle and institute
State the relative movement orbit of the second orientation angle.
Alternatively, described first keeper and the second keeper are all slidably arranged on described base, described first regulation
Part includes the first adjusting screw rod, wherein：
Described first adjusting screw rod includes two sections of first contrary sub- screw rods of lines and the second sub- screw rod；
Match with the thread of the described first sub- screw rod, in described first keeper, be provided with the first positioning screw hole, described
First keeper is set on the described first sub- screw rod by described first positioning spiro pit；
Match with the thread of the described second sub- screw rod, in described second keeper, be provided with the second positioning screw hole, described
Second keeper is set on the described second sub- screw rod by described second positioning spiro pit；
In the tool block that one end activity of described first adjusting screw rod is fastened on described base, the other end be provided with first
Rotating handles.
Alternatively, described first adjusting screw rod is also arranged with the first nut group and the second nut group, wherein：
Described first nut group and described second nut group are respectively positioned at the both sides of described tool block；
There is between described first nut group and described tool block certain gap, described second nut group and described tool
Also there is between block certain gap.
Alternatively, described first orientation angle is respectively fixedly disposed on described first keeper and described second keeper,
Described second orientation angle is slidably arranged on described first keeper and described second keeper respectively, described second regulating part bag
Include the second adjusting screw rod, wherein：
Match with the thread of described second adjusting screw rod, in described second orientation angle, be provided with the 3rd positioning screw hole, institute
State the second orientation angle to be set on described second adjusting screw rod by described 3rd positioning screw hole；
One end activity of described second adjusting screw rod is fastened in described second orientation angle, the other end is provided with the second rotation
Handle.
Alternatively, described first regulating part includes the first regulation spring, and described second regulating part includes the second regulation spring,
Wherein：
The two ends of described first regulation spring are fixedly connected with described first keeper, the second keeper respectively, and described the
The drift of one regulation spring is less than the length of touch screen terminal to be measured；
The two ends of described second regulation spring are fixedly connected with described first orientation angle, the second orientation angle respectively, and described the
The drift of two regulation springs is less than the width of touch screen terminal to be measured.
Alternatively, described first orientation angle and described second orientation angle be arranged with and match with test terminal corner
Re-entrant angle.
Alternatively, described test device also includes touching control rod, and described touching control rod is located above described terminal fixture, wherein：
Described touching control rod include vertical bar and with described vertical bar horizontal cantilever connected vertically, the setting side of described cantilever
To the direction of relative movement parallel to described first orientation angle and described second orientation angle.
Alternatively, described test device also includes framework and tank chain, wherein：
Described tank chain is arranged on said frame, is equipped with the supply line in described test device in described tank chain
And signal transmission line.
Alternatively, described test device also includes electric-controlled box, wherein：
220V power interface, 4pin power interface and power supply adaptor, described power adaptation are provided with described electric-controlled box
The input of device is connected with described 220V power interface, outfan is connected with described 4pin power interface.
Alternatively, described touch screen terminal test device also includes support frame, the connected mode of adjacent ribs in described framework
For welding.
The touch screen terminal test device being provided from above technical scheme, this utility model, including terminal fixture, terminal
Fixture includes base, the first keeper being set in parallel on base and the second keeper, and is set in parallel in each positioning
The first orientation angle on part and the second orientation angle.When carrying out touch screen terminal test, touch screen terminal is placed on terminal fixture, leads to
Cross the spacing that the first regulating part adjusts between the first keeper and the second keeper, and it is fixed to adjust first by the second regulating part
Spacing between parallactic angle and the second orientation angle, finally makes the spacing between four orientation angles meet the length and width of touch screen terminal
Require and by four orientation angles, touch screen terminal is fixed.The present embodiment passes through to adjust respectively Y-direction first regulating part and X side
To the second regulating part, with the placement location of precise control touch screen terminal, and then existing touch screen terminal test device can be solved
Middle touch screen terminal placement location has that randomness causes test result inaccurate.
It should be appreciated that above general description and detailed description hereinafter are only exemplary and explanatory, not
This utility model can be limited.
Brief description
Accompanying drawing herein is merged in description and constitutes the part of this specification, shows the enforcement meeting the present invention
Example, and be used for explaining the principle of the present invention together with description.
In order to be illustrated more clearly that the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
Have technology description in required use accompanying drawing be briefly described it should be apparent that, for those of ordinary skill in the art
Speech, without having to pay creative labor, can also obtain other accompanying drawings according to these accompanying drawings.
Fig. 1 is the structural representation of touch screen terminal test device of the prior art；
A kind of structural representation of touch screen terminal test device that Fig. 2 provides for this utility model embodiment；
A kind of structural representation of touching control rod that Fig. 3 provides for this utility model embodiment；
A kind of structural representation of terminal fixture that Fig. 4 provides for this utility model embodiment；
The structural representation of another kind of terminal fixture that Fig. 5 provides for this utility model embodiment；
Fig. 6 is the structural representation of electric-controlled box in Fig. 2.
Specific embodiment
Here will in detail exemplary embodiment be illustrated, its example is illustrated in the accompanying drawings.Explained below is related to
During accompanying drawing, unless otherwise indicated, the same numbers in different accompanying drawings represent same or analogous key element.Following exemplary embodiment
Described in embodiment do not represent all embodiments consistent with the present invention.On the contrary, they be only with such as appended
The example of the consistent apparatus and method of some aspects being described in detail in claims, the present invention.
Referring to Fig. 2, a kind of structural representation of the touch screen terminal test device providing for this utility model embodiment, this reality
Apply the touch screen terminal test device of example offer, including terminal fixture 1, framework 2, camera 3, three axle robert.Camera 3 is arranged on frame
On the top rib of frame 2, towards terminal fixture 1, the control system of taking pictures of camera 3 is connected the camera lens of camera 3 with three axle robert；
Terminal fixture 1 is arranged on below three axle robert, is used for fixing tested touch screen terminal.Meanwhile, in order to improve the firm of framework 2
Property, in the present embodiment middle frame 2, the connected mode of adjacent ribs is welding, but is not limited to described connected mode.
Further, three axle robert includes Multi-shaft movement mechanism and touching control rod 7.Wherein, Multi-shaft movement mechanism includes setting
Put X-axis motion 4 on guide rail, Y-axis motion 5 and Z axis motion 6, the guide rails assembling of Y-axis motion 5 in
On the side support of framework 2, X-axis motion 4 is installed on Y-axis motion 5, and Z axis motion 6 is installed on X-axis motion
In mechanism 4, touching control rod 7 is arranged on Z axis motion 6 bottom by Z axis connector 74.The action of Multi-shaft movement mechanism is subject to touch screen
The control of control system in terminal test device, by writing motor program in the controls, controls X-axis motion 4, Y
Shaft movement mechanism 5 and Z axis motion 6 translate on respective guide rail, realize the positioning to touching control rod 7, and utilize touching control rod 7
To tested touch screen terminal configuration processor setting operation, such as control Z axis motion 6 to translate on guide rail and complete to tested touch screen eventually
The clicking operation at end, controls Y-axis motion 5 or X-axis motion 4 to translate the cunning completing to tested touch screen terminal on guide rail
Dynamic operation.
As shown in figure 3, touching control rod 7 include vertical bar 71 and with vertical bar 71 horizontal cantilever 72 connected vertically, laterally hang
One end of arm 72 is connected with vertical bar 71, the other end is connected with Z axis connector 74, and the top of vertical bar 71 is top contact, top
End contact be preferably capacitance pen contact, vertical bar 71 under the control of Multi-shaft movement mechanism, its top contact can touch by
Survey the screen of touch screen terminal, and carry out touch operation in tested touch screen terminal screen, so that screen is responded according to operation trace,
Response is shown as screen-picture and produces change.
It is additionally provided with pressure transducer 73, when the screen touch of top contact and tested touch screen terminal in horizontal cantilever 72
When, the pressure information of acquisition is transferred to the control system of touch screen terminal test device by pressure transducer 73, and control system controls
Camera 3 starts to take pictures, and the successive frame change of the picture of the tested touch screen terminal screen being photographed according to camera 3 is turned to analyze touch screen
The foundation of terminal-pair items touch operation response speed.
Because, in test process, the length direction of touch screen terminal is arranged parallel to the guide rail direction of Y-axis motion 5, institute
X-direction times of exercise is much larger than with Y direction times of exercise, in order to reduce cantilever 72, camera is blocked, in the present embodiment,
Cantilever 72 is arranged parallel to the guide rail direction of X-axis motion 4；Simultaneously as this azimuth design of cantilever 72, can make to erect
To bar 71 closer to the operating space of detection means, thus dismounting is more convenient.
In order to improve terminal fixture 1 to touch screen terminal fixed position positioning precision, terminal fixture includes base 11, wherein,
The upper surface of base 11 is provided with the first keeper 12 and the second keeper 13, and the first keeper 12 is mutually equal with the second keeper 13
Row setting；First regulating part is additionally provided with base 11, the first regulating part is connected with the first keeper 12 and the second keeper 13 respectively
Connect, for adjusting the spacing between the first keeper 12 and the second keeper 13, in the present embodiment, the first keeper 12 and second
The direction of relative movement of keeper 13 is parallel to the guide rail direction of Y-axis motion 5.
First orientation angle 14 and the second orientation angle 16 are provided with the first keeper 12, and the first orientation angle 14 and second
Orientation angle 16 is disposed in parallel relation to one another；Second regulating part is additionally provided with the first keeper 12, the second regulating part is fixed with first respectively
Parallactic angle 14 and the second orientation angle 16 connect, for adjusting the spacing between the first orientation angle 14 and the second orientation angle 16, this enforcement
In example, the direction of relative movement of the first orientation angle 14 and the second orientation angle 16 is parallel to the guide rail direction of X-axis motion 4.With
Sample, the second keeper 13 is also equipped with the first orientation angle 15, the second orientation angle 17 and the second regulating part.
When carrying out touch screen terminal test, touch screen terminal is placed on terminal fixture 1, adjusts first by the first regulating part
Spacing between keeper 12 and the second keeper 13, and the first orientation angle 14,15 and second is adjusted by the second regulating part
Spacing between orientation angle 16,17, finally make the spacing between each orientation angle meet touch screen terminal length and width require and
By above-mentioned orientation angle, touch screen terminal is fixed.The present embodiment provides, by adjusting Y-direction first regulating part and X-direction respectively
The second regulating part, with the placement location of precise control touch screen terminal, and then can solve in existing touch screen terminal test device
Touch screen terminal placement location has that randomness causes test result inaccurate.
It is that the terminal fixture in the present embodiment is further discussed in detail, as shown in figure 4, providing for the present embodiment
A kind of terminal fixture structural representation.
This terminal fixture includes base 11, wherein, base 11 is provided with guide rail, the first keeper 12 and the second keeper
On 13 guide rails being all slidably arranged in base 11, and the first keeper 12 and the second keeper 13 are disposed in parallel relation to one another；Base
It is additionally provided with the first adjusting screw rod 18, the first adjusting screw rod 18 includes two sections of first contrary sub- screw rods of lines and the second sub- spiral shell on 11
Bar；Match with the thread of the first sub- screw rod, be provided with the first positioning screw hole in the first keeper 12, the first keeper 12 passes through
First positioning spiro pit is set on the first sub- screw rod；Match with the thread of the second sub- screw rod, set in the second keeper 13
There is the second positioning screw hole, the second keeper 13 is set on the second sub- screw rod by the second positioning spiro pit.
In the tool block 19 that one end activity of the first adjusting screw rod 18 is fastened on base 11, the other end be provided with the first rotation
Handle handss, the first rotating handles can select the versions such as Flos Mume glue headgear as shown in Figure 4.Further, in order to save
Save equipment cost, in the present embodiment, the first adjusting screw rod 18 is also arranged with the first nut group 20 and the second nut group 21, its
In, the first nut group 20 and the second nut group 21 all have two nuts combinations, by above-mentioned nut group two nuts to lock
Fixation, just the termination of the first adjusting screw rod 18 can be stuck in tool block 19, simultaneously in order that the first adjusting screw rod 18
Can rotate in tool block 19, there is between the first nut group 20 and tool block 19 certain gap, the second nut group 21 He
Also there is between tool block 19 certain gap.
In order to control the first keeper 12 and the second keeper 13 can be with identical speed on the first adjusting screw rod 18
Motion, in the present embodiment, the lines size in the first sub- screw rod and the second sub- screw rod is identical.Using said structure, by first
Rotating handles rotates the first adjusting screw rod 18, and the first keeper 12 and the second keeper 13 just can be controlled anti-with identical speed
To motion, for example, turn clockwise the first adjusting screw rod 18 when, the first keeper 12 and the second keeper 13 are near other side's
Direction move, on the contrary, turn clockwise the first adjusting screw rod 18 when, both then move to the direction away from other side.So utilizing
Said structure, by the spacing between two keepers of precise control, and then can control and be arranged on determining on two keepers
Spacing between parallactic angle group, is finally reached the purpose of precise control touch screen terminal position in the Y direction.
It is, of course, also possible to be fixed on one of the first keeper 12 and the second keeper 13 keeper on base 1, make
First adjusting screw rod 18 drives one of keeper motion.
Further, as shown in figure 4, the first orientation angle 14 is fixed with the first keeper 12, with the first orientation angle 14
Parallel, the first keeper 12 is additionally provided with the second orientation angle 16, the second orientation angle 16 is arranged on first by slide
On keeper.Meanwhile, the second keeper 12 is additionally provided with the second adjusting screw rod 22, matches with the thread of the second adjusting screw rod 22
, it is provided with the 3rd positioning screw hole in the second orientation angle 16, the second orientation angle 16 is set in the second regulation by the 3rd positioning screw hole
On screw rod 22, one end activity of the second adjusting screw rod 22 is fastened in the second orientation angle 16, the other end is provided with the second rotation handle
Handss, described second rotating handles can select the versions such as Flos Mume glue headgear as shown in Figure 4.
Using said structure, by the, rotating handles, in rotation the second adjusting screw rod 22, just can control the second positioning
Angle 16 is closer or far from the first orientation angle 14.
Likewise, the first orientation angle 15, the second orientation angle 17 and the second regulation spiral shell are also equipped with the first keeper 13
Bar 23, its specific structural relation refers to above-described embodiment, will not be described here.
It is, of course, also possible to the second adjusting screw rod 22 be set to the version of the first adjusting screw rod 19, make the second regulation
Screw rod 22 can drive the first orientation angle 15 and the second orientation angle 17 to move simultaneously.
By adjusting above-mentioned second adjusting screw rod, the spacing between the first orientation angle and the second orientation angle just can be controlled,
It is finally reached the purpose of precise control touch screen terminal position in the X direction.
In order to more touch screen terminal be firmly fixed, prevent touch screen terminal from sliding in test process, the present embodiment
In, the first orientation angle and the second orientation angle are arranged with the re-entrant angle matching with test terminal corner, by above-mentioned orientation angle
On re-entrant angle, just can firmly block four corners of test terminal.
As shown in figure 5, the structural representation of another kind of terminal fixture providing for the present embodiment.
This terminal fixture includes base 11, wherein, base 11 is fixedly installed the first keeper 12, slide sets simultaneously
It is equipped with the second keeper 13, the first keeper 12 and the second keeper 13 are disposed in parallel relation to one another；First tune is additionally provided with base 11
Section spring 21, two ends respectively with the first keeper 12 of the first regulation spring 24, the second keeper 13 are fixedly connected, the first regulation
The drift of spring 24 is less than the length of touch screen terminal to be measured.
First orientation angle 14 is fixed with the first keeper 12, slides simultaneously and be provided with the second orientation angle 16, first is fixed
Parallactic angle 14 and the second orientation angle 16 are disposed in parallel relation to one another；First keeper 12 is additionally provided with the second regulation spring 25, the second regulation bullet
Two ends respectively with the first orientation angle 14 of spring 25, the second orientation angle 16 are fixedly connected, and the drift of the second regulation spring 25 is little
Width in touch screen terminal to be measured.
Likewise, the first orientation angle 15, the second orientation angle 17 and the second regulation spring 26 also are provided with the second keeper 13,
Its specific structural relation refers to above-described embodiment, will not be described here.
Own length due to the first conciliation spring 24 and the second regulation spring 25,26 is respectively smaller than touch screen terminal to be measured
Width is it is possible to be fixed on terminal clamp by the first conciliation spring 24 and the second regulation spring 25,26 by touch screen terminal to be measured
In tool, simultaneously as the first keeper 12 and the first orientation angle 15,16 for being fixedly installed, and then can be to be measured with precise control
Position on terminal fixture for the touch screen terminal.
In the present embodiment, touch screen terminal test device also includes arranging tank chain 8 on the frame 2, wears in tank chain 8
There are the supply line in described test device and signal transmission line.
Because tank chain has higher pressure and tension load, good toughness, high resiliency and wearability, wire is arranged
Tank chain is hardly damaged.In testing, need touch screen terminal is carried out with the response test of various touch operations, and touch behaviour
In work, major part is, using vertical bar 71, tested touch screen terminal screen is entered with line slip and click, and sliding action requires X-axis motion
Mechanism 4 and Y-axis motion 5 frequently translate control vertical bar on screen along setting track movement, and click action requires Z axis fortune
Motivation structure 6 controls vertical bar closer or far from screen, compares X-axis motion 4 and Y-axis motion 5, Z axis motion 6
Translation is less, therefore only need to set the supply line being connected and signal transmission line with X-axis motion 4 and Y-axis motion 5
Put in tank chain.In the present embodiment, tank chain enhances the ruggedness of wire in touch screen terminal test device, it is to avoid circuit
It is wound around, improve safety, meanwhile, also with aesthetic.
It is additionally provided with electric-controlled box 9 in touch screen terminal test device, referring to Fig. 6, the knot of electric-controlled box in providing for the present embodiment
Structure schematic diagram, electric-controlled box 9 is provided with 220V power interface 91,4pin power interface 92 data line interface 93.
In the touch screen terminal test device that the present embodiment provides, 220V power interface 91 is as energization input, by accessing
220V power supply, and 24V voltage is converted into by the first power supply adaptor being arranged in electric-controlled box is powered.24V voltage is
The safe voltage that a kind of conventional human body can bear, is powered to test device by 24V voltage and improves safety.
In the touch screen terminal test device that the present embodiment provides, 4pin power interface 92, as a power supply outfan, is
Tested touch screen terminal provides power supply.Test device is converted into through the second source adapter within device after accessing 220V voltage
4.2V voltage output, to 4pin power interface 92, is delivered to tested touch screen terminal after mating 4pin power supply to carry out power taking.This
In embodiment, tested touch screen terminal is touch-screen mobile phone, and touch-screen mobile phone can be powered by 4.2V power supply.
By 4pin power supply, touch-screen mobile phone is powered, the automatic feedback mechanism of available 4pin power circuit, will survey
During examination, through data line interface 93 real-time Transmission to control centre, tester can be according to power consumption for the power consumption information of touch-screen mobile phone
Information understands the power consumption data during touch operation of touch-screen mobile phone responder setting, thus the touch to tested touch screen terminal rings
Performance and power consumption is answered to carry out planning as a whole metering.
Those skilled in the art, after considering description and the practice invention of utility model here, will readily occur to the present invention
Other embodiments.The application is intended to any modification, purposes or the adaptations of the present invention, these modifications, use
Way or adaptations are followed the general principle of the present invention and are included the art of the non-utility model of this utility model
In common knowledge or conventional techniques.Description and embodiments be considered only as exemplary, the true scope of the present invention and
Spirit is pointed out by claim below.
It is described above and precision architecture illustrated in the accompanying drawings it should be appreciated that the invention is not limited in, and
And various modifications and changes can carried out without departing from the scope.The scope of the present invention only to be limited by appended claim.
Claims (10)
1. it is characterised in that including terminal fixture (1), described terminal fixture (1) includes base to a kind of touch screen terminal test device
(11), wherein：
The upper surface of described base (11) is provided with the first keeper (12) and the second keeper (13), described first keeper (12)
It is disposed in parallel relation to one another with described second keeper (13)；
First regulating part is additionally provided with described base (11), described first regulating part respectively with described first keeper (12) and institute
State the second keeper (13) to connect, between adjusting between described first keeper (12) and described second keeper (13)
Away from；
The upper surface of described first keeper (12) and described second keeper (13) is equipped with the first orientation angle (14,15) and
Two orientation angles (16,17), described first orientation angle (14,15) and described second orientation angle (16,17) are disposed in parallel relation to one another；
Second regulating part, described second tune are also respectively provided with described first keeper (12) and described second keeper (13)
Section part is connected with described first orientation angle (14,15) and described second orientation angle (16,17) respectively, fixed for adjusting described first
Spacing between parallactic angle (14,15) and described second orientation angle (16,17)；
The relative movement orbit of described first keeper (12) and described second keeper (13) is perpendicular to described first orientation angle
The relative movement orbit of (14,15) and described second orientation angle (16,17).
2. touch screen terminal test device according to claim 1 is it is characterised in that described first keeper (12) and second
Keeper (13) is all slidably arranged on described base (11), and described first regulating part includes the first adjusting screw rod (18), wherein：
Described first adjusting screw rod (18) includes two sections of first contrary sub- screw rods of lines and the second sub- screw rod；
Match with the thread of the described first sub- screw rod, in described first keeper (12), be provided with the first positioning screw hole, described
First keeper (12) is set on the described first sub- screw rod by described first positioning spiro pit；
Match with the thread of the described second sub- screw rod, in described second keeper (13), be provided with the second positioning screw hole, described
Second keeper (13) is set on the described second sub- screw rod by described second positioning spiro pit；
In the tool block (19) that one end activity of described first adjusting screw rod (18) is fastened on described base (11), the other end sets
It is equipped with the first rotating handles.
3. touch screen terminal test device according to claim 2 is it is characterised in that described first adjusting screw rod (18) is upper also
It is arranged with the first nut group (20) and the second nut group (21), wherein：
Described first nut group (20) and described second nut group (21) are respectively positioned at the both sides of described tool block (19)；
There is between described first nut group (20) and described tool block (19) certain gap, described second nut group (21) and
Between described tool block (19), also there is certain gap.
4. according to the arbitrary described touch screen terminal test device of claim 1-3 it is characterised in that described first orientation angle (14,
15) it is respectively fixedly disposed on described first keeper (12) and described second keeper (13), described second orientation angle (16,
17) it is slidably arranged in respectively on described first keeper (12) and described second keeper (13), described second regulating part includes
Second adjusting screw rod (22,23), wherein：
Match with the thread of described second adjusting screw rod (22,23), be provided with the 3rd in described second orientation angle (16,17) fixed
Position screw, described second orientation angle (16,17) is set in described second adjusting screw rod (22,23) by described 3rd positioning screw hole
On；
One end activity of described second adjusting screw rod (22,23) is fastened in described second orientation angle (16,17), other end setting
There is the second rotating handles.
5. touch screen terminal test device according to claim 1 is it is characterised in that described first regulating part includes the first tune
Section spring (24), described second regulating part includes the second regulation spring (25,26), wherein：
Described first two ends adjusting spring (24) are fixed even with described first keeper (12), the second keeper (13) respectively
Connect, the described first drift adjusting spring (24) is less than the length of touch screen terminal to be measured；
Described second adjust spring (25,26) two ends respectively with described first orientation angle (14,15), the second orientation angle (16,
17) it is fixedly connected, the described second drift adjusting spring (25,26) is less than the width of touch screen terminal to be measured.
6. touch screen terminal test device according to claim 1 it is characterised in that described first orientation angle (14,15) and
It is arranged with, on described second orientation angle (16,17), the re-entrant angle matching with test terminal corner.
7. touch screen terminal test device according to claim 1 is it is characterised in that described test device also includes touching control rod
(7), described touching control rod (7) is located above described terminal fixture (1), wherein：
Described touching control rod (7) include vertical bar (71) and with described vertical bar (71) horizontal cantilever connected vertically (72), described
The setting direction of cantilever (72) is parallel to the relative fortune of described first orientation angle (14,15) and described second orientation angle (16,17)
Dynamic direction.
8. touch screen terminal test device according to claim 1 is it is characterised in that described test device also includes framework
(2) and tank chain (8), wherein：
Described tank chain (8) is arranged on described framework (2), is equipped with the confession in described test device in described tank chain (8)
Electric line and signal transmission line.
9. terminal test device according to claim 1 is it is characterised in that described test device also includes electric-controlled box (9),
Wherein：
220V power interface (91), 4pin power interface (92) and power supply adaptor, described electricity are provided with described electric-controlled box (9)
The input of source adapter is connected with described 220V power interface (91), outfan is connected with described 4pin power interface (92).
10. touch screen terminal test device according to claim 1 it is characterised in that described touch screen terminal test device also
Including support frame (2), in described framework (2), the connected mode of adjacent ribs is welding.
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| CN201620704999.2U CN205945903U (en) | 2016-06-30 | 2016-06-30 | Touch screen terminal testing arrangement |
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| CN201620704999.2U CN205945903U (en) | 2016-06-30 | 2016-06-30 | Touch screen terminal testing arrangement |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110456175A (en) * | 2018-05-08 | 2019-11-15 | 深圳市优必选科技有限公司 | A kind of jump screen detection method, device, terminal device and storage medium |
| CN110906121A (en) * | 2019-11-28 | 2020-03-24 | 武汉科技大学 | Touch auxiliary device |
-
2016
- 2016-06-30 CN CN201620704999.2U patent/CN205945903U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110456175A (en) * | 2018-05-08 | 2019-11-15 | 深圳市优必选科技有限公司 | A kind of jump screen detection method, device, terminal device and storage medium |
| CN110906121A (en) * | 2019-11-28 | 2020-03-24 | 武汉科技大学 | Touch auxiliary device |
| CN110906121B (en) * | 2019-11-28 | 2021-05-25 | 武汉科技大学 | Touch auxiliary device |
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