CN207263647U - Wrist strap screen detection device - Google Patents
Wrist strap screen detection device Download PDFInfo
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- CN207263647U CN207263647U CN201721034115.8U CN201721034115U CN207263647U CN 207263647 U CN207263647 U CN 207263647U CN 201721034115 U CN201721034115 U CN 201721034115U CN 207263647 U CN207263647 U CN 207263647U
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- wrist strap
- screen
- fixed
- module
- tested
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Abstract
The utility model provides a kind of wrist strap screen detection device, including frame and the test subject module that is arranged in frame；Test subject module includes operation console, the Y-axis electric cylinders being fixed on operation console and the orientation and communication module being fixed in Y-axis electric cylinders, display detection module, touch screen detection module and closing door module.The versatility that can realize wrist strap class product screen using above-mentioned utility model detects, and product testing precision is high, speed is fast.
Description
Technical field
Product testing technical field is the utility model is related to, more specifically, is related to a kind of wrist strap screen detection device.
Background technology
At present, wrist strap electronic product is pursued by masses deeply, and each major company constantly releases various new product；It is existing to wrist
Screen detection with class product, mainly carries out manual testing, for different products or different inspections by testing staff
Survey mode is not apt to do the test structure of versatility, it is necessary to make different detection devices；In addition, touched to product
During screen detection, pressure value when pressing touch-screen is uncontrollable and the degree of automation of detection it is not high be also face at present it is one big
Problem.
Utility model content
In view of the above problems, the purpose of this utility model is to provide a kind of wrist strap screen detection device, to solve current wrist
The problems such as automatic the degree of automation of detection with class product is low, poor universality, detection process are not easy to control.
Wrist strap screen detection device provided by the utility model, including frame and the test subject mould that is arranged in frame
Group；Test subject module includes operation console, the Y-axis electric cylinders being fixed on operation console and the positioning that is fixed in Y-axis electric cylinders and leads to
Interrogate module, display detection module, touch screen detection module and closing door module；Wherein, orientation and communication module includes product seat, sets
Needle plate, needle plate cylinder, flat-removing air cyclinder, the pressing cylinder being fixed on flat-removing air cyclinder below product seat and it is arranged on pressing gas
Product pressing plate on cylinder, is provided with the probe being adapted with wrist strap to be tested on needle plate；Wrist strap to be tested is placed on product seat
On, flat-removing air cyclinder and pressing cylinder coordinate wrist strap to be tested is spacing between product seat and product pressing plate, needle plate cylinder drive
Probe motion on needle plate and needle plate is simultaneously inserted into the interface of wrist strap to be tested, and probe is used to transmit test instruction and test knot
Fruit；Display detection module includes being fixed on the upright bar of operation console, the horizontal type slide unit of the dovetail being arranged in upright bar and is arranged on swallow
Camera on the horizontal type slide unit of tail；Orientation and communication module is moved under the drive of Y-axis electric cylinders immediately below display detection module, closing
Door module closure, the display screen of wrist strap to be tested light, and camera is used to carry out detection of taking pictures to the display screen lighted；Touch screen detects
Module is including the X-axis electric cylinders being fixed on operation console, the Z axis electric cylinders being fixed in X-axis electric cylinders and is fixed on touching in Z axis electric cylinders
Shield compression leg module；Orientation and communication module is moved under the drive of Y-axis electric cylinders at touch screen detection module, X-axis electric cylinders and Z axis electric cylinders
Coordinate, touch screen compression leg module is tapped on the touch-screen of wrist strap to be tested or screen sliding.
Furthermore it is preferred that scheme be that touch screen compression leg module is fixed in Z axis electric cylinders by connector；Wherein, touch screen compression leg
Module include be fixedly connected with connector sensing transverse slat, by fixture block be fixed on sense transverse slat below pulling force sensor, with
And it is arranged on the stud below pulling force sensor and touches pressure head；Pressure head is touched to be used for carrying out on the touch-screen of wrist strap to be tested
Tap or screen sliding, pulling force sensor are used to detect the current pressure values for touching pressure head.
Furthermore it is preferred that scheme be to further include the display screen being arranged on frame and pressure value display instrument；Wherein, show
Display screen is used for the test result of real-time display wrist strap to be tested；Pressure value display instrument is used to show that touching pressure head to be currently applied to
Pressure value on wrist strap to be tested.
Furthermore it is preferred that scheme be further include be arranged on frame be used for feed back wrist strap screen detection device operating status
Tri coloured lantern.
Furthermore it is preferred that scheme be that touch screen compression leg module carries out percussion on the touch-screen of wrist strap to be tested to be included：Touch screen
Compression leg module carries out a position on the touch-screen of wrist strap to be tested and taps, and touch screen compression leg module is on the touch-screen of wrist strap to be tested
Carrying out screen sliding includes：Touch screen compression leg module carries out straight line or arc sliding on the touch-screen of wrist strap to be tested.
Furthermore it is preferred that scheme be, display detection module further include the Z-direction adjusting block being arranged in upright bar and be fixed on
Contiguous block on Z-direction adjusting block, the horizontal type slide unit of dovetail are fixed on contiguous block；L-shaped is connected with turn on the horizontal type slide unit of dovetail
The camera contiguous block and camera fixing piece of structure, camera are fixed on camera fixing piece.
Furthermore it is preferred that scheme be that orientation and communication module further includes the bottom plate being fixedly connected with Y-axis electric cylinders and is fixed on
Support column on bottom plate；Product seat is set on the support columns, and product pressing plate is fixed on pressing cylinder by pressing plate fagging, is being produced
The limiting slot being adapted with wrist strap to be tested is provided with product seat, probe is extended in limiting slot.
Furthermore it is preferred that scheme be that flat-removing air cyclinder is fixed on bottom plate, flat-removing air cyclinder and pressing cylinder pass through traverse connecting plate
It is fixedly connected.
Furthermore it is preferred that scheme be, touch screen detection module further include the support base being fixed on operation console, be fixed on support
Drag chain supporting plate on seat, and one end are fixed on the drag chain on drag chain supporting plate；The other end of drag chain is fixed by drag chain connecting plate
In Z axis electric cylinders.
Using above-mentioned wrist strap screen detection device, module etc. is detected by orientation and communication module, display detection module, touch screen
Screen display test and the touch screen testing scheme of versatility are provided for wrist strap product, can effectively protect product quality and appearance not
It is damaged, test speed is fast, precision is high.
Brief description of the drawings
By reference to the explanation below in conjunction with attached drawing, and with the utility model is more fully understood, this practicality is new
The other purposes and result of type will be more apparent and should be readily appreciated that.In the accompanying drawings：
Fig. 1 is the structure diagram according to the wrist strap screen detection device of the utility model embodiment；
Fig. 2 is the cut-away view according to the wrist strap screen detection device of the utility model embodiment；
Fig. 3 is the structure chart according to the test subject module of the utility model embodiment；
Fig. 4 is the structure chart one according to the orientation and communication module of the utility model embodiment；
Fig. 5 is the structure chart two according to the orientation and communication module of the utility model embodiment；
Fig. 6 is the structure chart that module is detected according to the touch screen of the utility model embodiment；
Fig. 7 is the structure chart according to the touch screen compression leg module of the utility model embodiment；
Fig. 8 is the structure chart according to the display detection module of the utility model embodiment；
Fig. 9 is the wrist strap positive structure schematic one to be detected according to the utility model embodiment；
Figure 10 is the wrist strap positive structure schematic two to be detected according to the utility model embodiment；
Figure 11 is the wrist strap inverse layer structure figure to be detected according to the utility model embodiment.
Reference numeral therein includes：Tri coloured lantern 1, display screen 2, wrist strap to be tested 3, contact 3 ', screen sliding track 3 ", frame
4th, pressure value display instrument 5, orientation and communication module 6, test subject module 7, touch screen detection module 8, display detection module 9, envelope
Close a module 10, operation console 12, Y-axis electric cylinders 13, pressing plate fagging 14, product pressing plate 15, probe 16, product seat 17, needle plate 18, pin
Plate cylinder 19, traverse connecting plate 20, flat-removing air cyclinder 21, drag chain fixed plate 22, L connecting plates 23, cylinder riser 24, reinforcing plate 25, pressing
Cylinder 27, support column 28, cylinder mounting plate 29, shield 30, touch screen connector 31, drag chain connecting plate 32, Z axis electric cylinders 33, drag chain
34th, drag chain supporting plate 35, touch screen compression leg module 36, X-axis electric cylinders 37, support base 38, plunger 39, fixture block 40, sensing transverse slat 41, pulling force
Sensor 42, bolt 44, touch pressure head 46, camera 47, camera fixing piece 48, camera contiguous block 49, camera contiguous block 50, dovetail
Horizontal type slide unit 51, contiguous block 52, Z-direction adjusting block 53, upright bar 54, upright bar bearing 55, interface 56.
Identical label indicates similar or corresponding feature or function in all of the figs.
Embodiment
In the following description, for purposes of illustration, in order to provide the comprehensive understanding to one or more embodiments, explain
Many details are stated.It may be evident, however, that it can also realize these embodiments in the case of these no details.
In other examples, for the ease of the one or more embodiments of description, known structure and equipment are shown in block form an.
For the wrist strap screen detection device of the utility model, the tool below with reference to attached drawing to the utility model is described in detail
Body embodiment is described in detail.
Fig. 1 and Fig. 2 respectively illustrate according to the overall structure of the wrist strap screen detection device of the utility model embodiment and
Internal structure；Fig. 3 shows the structure according to the utility model embodiment test subject module.
As Fig. 1 to Fig. 3 is jointly shown, the wrist strap screen detection device of the utility model embodiment, including section bar metal plate frame
Frame 4 and the test subject module 7 being arranged in frame 4；Test subject module 7 includes operation console 12 (face), is fixed on operation
Y-axis electric cylinders 13 on platform 12 and the orientation and communication module 6 being fixed in Y-axis electric cylinders 13, the display being fixed on operation console 12
Detect module 9, touch screen detection module 8 and closing door module 10；Wherein, orientation and communication module 6 includes product seat, is arranged on product
Seat lower section needle plate, needle plate cylinder, flat-removing air cyclinder, the pressing cylinder being fixed on flat-removing air cyclinder and be arranged on press cylinder on
Product pressing plate, is provided with some probes being adapted with wrist strap 3 to be tested on needle plate；Wrist strap 3 to be tested is placed on product seat
On, flat-removing air cyclinder and pressing cylinder coordinate wrist strap 3 to be tested is spacing between product seat and product pressing plate, needle plate cylinder drive
Probe motion on needle plate and needle plate is simultaneously inserted into the corresponding interface of wrist strap 3 to be tested, and the conducting for passing through probe and interface is real
Existing data communication between wrist strap 3 and host computer to be tested, for example, it is feedback test result etc. to receive test instruction；Display inspection
Surveying module 9 includes being fixed on the upright bar of operation console 12, the horizontal type slide unit of the dovetail being arranged in upright bar and is arranged on the horizontal type of dovetail
Camera on slide unit, preferably using work camera；Orientation and communication module 6 moves to display detection under the drive of Y-axis electric cylinders 13
Immediately below module 9, closing door module 10 closes, and the screen (or touch-screen) of wrist strap 3 to be tested lights, and camera is used for lighting
Screen carry out detection of taking pictures；Touch screen detection module 8 include be fixed on operation console 12 X-axis electric cylinders, be fixed in X-axis electric cylinders
Z axis electric cylinders and the touch screen compression leg module that is fixed in Z axis electric cylinders；Orientation and communication module 6 continues under drive Y-axis electric cylinders 13
Move at touch screen detection module 8, X-axis electric cylinders and Z axis electric cylinders coordinate, and make touch of the touch screen compression leg module in wrist strap 3 to be tested
Tapped on screen or screen sliding is tested.
Specifically, Fig. 4 and Fig. 5 shows the orientation and communication module according to the utility model embodiment from different perspectives respectively
Structure.
Jointly shown with reference to Fig. 1 to Fig. 5, the orientation and communication module 6 of the utility model embodiment includes consolidating with Y-axis electric cylinders 13
Surely the bottom plate connected and four support columns 28 being fixed on bottom plate, product seat 17 are arranged on support column 28, needle plate cylinder
19 between product seat 17 and bottom plate, needle plate cylinder 19 is fixed on bottom plate by cylinder mounting plate 29, flat-removing air cyclinder 21
It is fixed on bottom plate, presses cylinder 27 and flat-removing air cyclinder 21 and company is fixed by traverse connecting plate 20, L connecting plates 23 and cylinder riser 24
Connect.Product pressing plate 15 is fixed on pressing cylinder 27 by pressing plate fagging 14, and connection product pressure is provided with pressing cylinder 27
The reinforcing plate 25 of plate 15 and pressing cylinder 27, controls 15 in the vertical direction of product pressing plate to push by pressing cylinder 27, so that
Wrist strap 3 to be tested is spacing between product pressing plate 15 and product seat 17.
In addition, the limiting slot being adapted with wrist strap 3 to be tested is provided with product seat 17, below product seat 17
Needle plate 18 on be provided with some connections wrist straps 3 to be tested and the probes 16 of test system, wrist strap 3 to be tested is placed on product seat
On 17, probe 16 is extended in limiting slot, and the direction of motion of flat-removing air cyclinder 21 and the direction of motion for pressing cylinder 27 are perpendicular, lead to
Cross flat-removing air cyclinder 21 and pressing cylinder 27 coordinate wrist strap 3 to be tested is spacing between product seat 17 and product pressing plate 15, then
Moved upwards by the drive needle plate 18 of needle plate cylinder 19 and the probe 16 on needle plate 18 and be inserted into the correspondence of wrist strap 3 to be tested
Interface in, the data communication between wrist strap 3 and host computer to be tested is realized by the conducting of probe 16 and interface.
It should be noted that the shield 30 to shut out the light is additionally provided with bottom plate and fixes drag chain (not shown)
Drag chain fixed plate 22, when display detection module 9 carries out screen display test to wrist strap 3 to be tested.Wherein, shield 30 can have
Effect blocks ambient, so that it is guaranteed that effective shooting of the camera to the screen of wrist strap 3 to be tested.Drag chain then be used for pair
Connection flat-removing air cyclinder 21, the wire rod of pressing cylinder 27 and external circuit are stored, fair line etc..
Fig. 6 shows the structure that module is detected according to the touch screen of the utility model embodiment；Fig. 7 is shown according to this practicality
The structure of the touch screen compression leg module of new embodiment.
It is jointly shown with reference to Fig. 1 to Fig. 7, the touch screen detection module 8 of the utility model embodiment, including pass through support base 38
The X-axis electric cylinders 37 that are fixed on operation console 12, the Z axis electric cylinders 33 being fixed in X-axis electric cylinders 37 and by touch screen connector 31
The touch screen compression leg module 36 being fixed in Z axis electric cylinders 33；Wherein, touch screen compression leg module 36 includes the sense being fixedly connected with connector
Answer transverse slat 41, the pulling force sensor 42 of 41 lower section of sensing transverse slat is fixed on by fixture block 40, and be arranged on pulling force sensor 42
The stud and touch pressure head 46 of lower section；Pressure head 46 is touched to be used for being tapped on the touch-screen of wrist strap 3 to be tested or screen sliding,
Pulling force sensor 42 is used to detect the current pressure value for touching pressure head 46.
Specifically, fixture block 40 is fixed on the lower section of sensing transverse slat 41, and pulling force sensor 42 is spacing in fixture block by plunger 39
Inside 40, bolt 44 is fixed with by nut in the lower section of pulling force sensor 42, pressure head 46 is touched and is arranged on bolt 44 away from folder
The end of block 40, by touching touch screen performance test of the main body realization to the screen of wrist strap 3 to be tested.
Wherein, the X-axis coordinate of touch screen compression leg module 36 is adjusted by X-axis electric cylinders 37, Z axis electric cylinders 33 are used for touching
The Z axis coordinate of screen compression leg module 36 is adjusted, so that touching pressure head 46 has variously-shaped movement locus；Wherein,
Touch screen compression leg module 36 carries out percussion on the touch-screen of wrist strap 3 to be tested to be included：Touch screen compression leg module 36 is in wrist strap 3 to be tested
Touch-screen on carry out position and tap, touch screen compression leg module 36 carries out screen sliding on the touch-screen of wrist strap 3 to be tested to be included：Touch screen
Compression leg module 36 carries out straight line or arc sliding on the touch-screen of wrist strap 3 to be tested.
It should be noted that the percussion used or screen sliding can be allowed previously according to the touch-screen of wrist strap 3 to be tested
Design of pressure critical value, when Z axis electric cylinders 33 continue to decline, the pressure of pressure head 46 is touched by the detection in real time of pulling force sensor 42
Force value, and when it reaches setting critical value, control Z axis electric cylinders 33 to lift in time, so that effective guarantee touch screen tests effect, Du
Absolutely because mistake that pressure value deficiency is brought is surveyed and damaged products etc. caused by pressure value is too big.In addition, touch screen compression leg module 36
Dropping distance by pulling force sensor 42 control rather than existing descending stroke control, product be not correctly placed in product seat 17 or
When person causes product part tilting in other cases, it can effectively protect the products from damaging.
Fig. 9 and Figure 10 respectively illustrates the wrist strap Facad structure to be detected according to the utility model embodiment.
Wherein, when the screen to wrist strap to be tested carries out touch screen test, the contact 3 ' of percussion of the pressure head to screen is touched
As shown in figure 9, the number and distributing position of the contact 3 ' can be according to the difference of wrist strap to be tested or the differences of test request
Carry out various deformation, however it is not limited to 5 positions shown in attached drawing.When the screen to wrist strap to be tested carries out touch screen test,
Touch pressure head and the screen sliding track 3 " shielded is spent as shown in Figure 10 to screen, which can be arc, circle or straight
Linear etc., there is also various deformation form for screen sliding track.
Figure 11 shows the wrist strap inverse layer structure to be detected according to the utility model embodiment.
As shown in figure 11, the interface 56 of regular distribution is provided with the back side of wrist strap to be tested, which matches somebody with somebody with probe
Close the conducting for realizing wrist strap and external circuit to be tested.
In addition, the touch screen detection module of the utility model embodiment further includes the drag chain supporting plate 35 being fixed on support base,
And one end is fixed on the drag chain 34 on drag chain supporting plate 35；The other end of drag chain 34 is fixed on Z axis electricity by drag chain connecting plate 32
On cylinder 33, the wire rod that X-axis electric cylinders 37, Z axis electric cylinders 33 are turned on external circuit is stored and made in order in the drag chain 34.
Fig. 8 shows the structure of the display detection module according to the utility model embodiment.
As Fig. 1 to Fig. 8 is jointly shown, the display detection module 9 of the utility model embodiment, upright bar 54 passes through upright bar bearing
55 are fixed on operation console 12, and Z-direction adjusting block 53 and the contiguous block 52 on Z-direction adjusting block 53 are provided with upright bar 54,
The horizontal type slide unit 51 of dovetail is fixed on contiguous block 52；It is connected with the camera of two L-shaped structures in turn on the horizontal type slide unit 51 of dovetail
Contiguous block 49,50 and camera fixing piece 48, camera 47 are fixed on camera fixing piece 48.Camera is realized by Z-direction adjusting block 53
47 coarse adjustment in the Z-axis direction, the accurate adjustment section to camera 47 in the Z-axis direction is realized by the horizontal type slide unit 51 of dovetail.
When carrying out display detection to wrist strap 3 to be tested, wrist strap 3 to be tested will be fixed with by Y-axis electric cylinders 13 first
Orientation and communication module 6 is sent to immediately below display detection module 9, then controls closing door module 10 to close, by wrist strap 3 to be tested
It is placed in a closed dark surrounds, detection of taking pictures then is carried out by the screen of to be tested wrist strap 3 of the camera 47 to lighting, leads to
Cross the related data that shooting photographic intelligence obtains product display detection.For example, the photographic intelligence that camera is shot is sent to upper
Machine, the display effect for judging screen by the algorithm process of setting (include no vase, striped, flicker, speck, heterochromatic point, aobvious
Show whether uniform, whether image is complete etc.).
In an embodiment of the utility model, wrist strap screen detection device, which further includes, to be arranged on frame 4
Display screen 2, pressure value display instrument 5 and be arranged on frame 4 be used for feed back the three of wrist strap screen detection device operating status
Colored lights 1；Display screen 2 is used for the test result of real-time display wrist strap 3 to be tested；Pressure value display instrument 5, which is used to show, touches pressure
First 46 are currently applied to the pressure value on wrist strap 3 to be tested.
Mainly included for the flow that wrist strap screen is detected using above-mentioned wrist strap screen detection device：
Step 1：Wrist strap to be tested is placed in orientation and communication module, starts the flat-removing air cyclinder in orientation and communication module
With pressing cylinder, by between the spacing product seat for being fixed on orientation and communication module of wrist strap to be tested and product pressing plate.
Step 2：Needle plate cylinder drives needle plate and the probe motion on needle plate, until probe is inserted into wrist strap to be tested
Corresponding interface in, realize trial product to be measured and the data communication of host computer.
Step 3：Y-axis electric cylinders drive orientation and communication module and the wrist strap to be tested in orientation and communication module to move to
Below display detection module, closing door module is closed, by showing that the camera on detection module gathers the screen of wrist strap to be tested
Display effect.
Wherein, after orientation and communication module is moved to below display detection module, PC control closing door module is passed through
Close, so that wrist strap to be tested is in the dark surrounds beneficial to test, and then by showing the work camera of detection module
Gather the display effect of the screen of wrist strap to be tested.
Step 4：Y-axis electric cylinders drive orientation and communication module and wrist strap to be tested in orientation and communication module after reforwarding
Move to touch screen and detect module, X-axis electric cylinders and Z axis electric cylinders coordinate the touch screen compression leg module of driving touch screen detection module to wrist to be tested
The screen of band is tapped or screen sliding.
Wherein, including by support base the X-axis electric cylinders that are fixed on operation console, the Z axis electric cylinders being fixed in X-axis electric cylinders with
And the touch screen compression leg module in Z axis electric cylinders is fixed on by touch screen connector；Wherein, touch screen compression leg module includes consolidating with connector
Surely the sensing transverse slat that connects, the pulling force sensor being fixed on by fixture block below sensing transverse slat, and it is arranged on pulling force sensor
The stud and touch pressure head of lower section；Touch pressure head to be used for being tapped on the touch-screen of wrist strap to be tested or screen sliding, pulling force
Sensor is used to detect the current pressure value for touching pressure head.
By the above embodiment, wrist strap screen detection device provided by the utility model, can avoid different visitors
Family is different to product test scheme, and the problem of causing equipment overlapping development is, it can be achieved that wrist strap class product screen display and touch screen
Versatility detects, and product picks and places convenience, test speed is fast, quality is high, and is able to ensure that the outer integrality of appearance of trial product to be measured,
Prevent product from damaging during the test.
Wrist strap screen detection device according to the present utility model is described in an illustrative manner above with reference to attached drawing.But this
Field technology personnel should be appreciated that the wrist strap screen detection device proposed for above-mentioned the utility model, can also not take off
From making various improvement on the basis of the utility model content.Therefore, the scope of protection of the utility model should be by appended power
The content of sharp claim determines.
Claims (9)
1. a kind of wrist strap screen detection device, it is characterised in that including frame and the test subject being arranged in the frame
Module；The test subject module includes operation console, the Y-axis electric cylinders being fixed on the operation console and is fixed on the Y-axis
Orientation and communication module, display detection module, touch screen detection module and closing door module in electric cylinders；Wherein,
The orientation and communication module include product seat, the needle plate being arranged on below the product seat, needle plate cylinder, flat-removing air cyclinder,
The pressing cylinder being fixed on the flat-removing air cyclinder and the product pressing plate being arranged on the pressing cylinder, set on the needle plate
It is equipped with the probe being adapted with wrist strap to be tested；
The wrist strap to be tested is placed on the product seat, and the flat-removing air cyclinder and the pressing cylinder cooperation will be described to be measured
It is spacing between the product seat and the product pressing plate to try wrist strap, the needle plate cylinder is driven on the needle plate and the needle plate
Probe motion and be inserted into the interface of the wrist strap to be tested, the probe be used for transmit test instruction and test result；
The display detection module includes upright bar, the horizontal type slide unit of the dovetail being arranged in the upright bar for being fixed on the operation console
And it is arranged on the camera on the horizontal type slide unit of the dovetail；
The orientation and communication module is moved under the drive of the Y-axis electric cylinders immediately below the display detection module, the envelope
A module closure is closed, the screen of the wrist strap to be tested lights, and the camera is used to carry out detection of taking pictures to the screen lighted；
The touch screen detection module includes the X-axis electric cylinders being fixed on the operation console, the Z axis being fixed in the X-axis electric cylinders
Electric cylinders and the touch screen compression leg module being fixed in the Z axis electric cylinders；
The orientation and communication module is moved under the drive of the Y-axis electric cylinders at the touch screen detection module, the X-axis electric cylinders
Coordinate with Z axis electric cylinders, the touch screen compression leg module is tapped on the touch-screen of the wrist strap to be tested or screen sliding.
2. wrist strap screen detection device as claimed in claim 1, it is characterised in that the touch screen compression leg module passes through connector
It is fixed in the Z axis electric cylinders；Wherein,
Sensing transverse slat that the touch screen compression leg module includes being fixedly connected with the connector, by fixture block be fixed on the sensing
Pulling force sensor below transverse slat, and be arranged on the stud below the pulling force sensor and touch pressure head；
The touch pressure head is used for being tapped on the touch-screen of the wrist strap to be tested or screen sliding, the pulling force sensor
For detecting the current pressure values of the touch pressure head.
3. wrist strap screen detection device as claimed in claim 2, it is characterised in that further include and on said frame aobvious is set
Display screen and pressure value display instrument；Wherein,
The display screen is used for the test result of wrist strap to be tested described in real-time display；
The pressure value display instrument is used to show that the touch pressure head is currently applied to the pressure value on the wrist strap to be tested.
4. wrist strap screen detection device as claimed in claim 1, it is characterised in that further include setting and be used on said frame
Feed back the tri coloured lantern of the wrist strap screen detection device operating status.
5. wrist strap screen detection device as claimed in claim 1, it is characterised in that
The touch screen compression leg module carries out percussion on the touch-screen of the wrist strap to be tested to be included：The touch screen compression leg module exists
A position is carried out on the touch-screen of the wrist strap to be tested to tap,
The touch screen compression leg module carries out screen sliding on the touch-screen of the wrist strap to be tested to be included：The touch screen compression leg module exists
Straight line or arc sliding are carried out on the touch-screen of the wrist strap to be tested.
6. wrist strap screen detection device as claimed in claim 1, it is characterised in that
The display detection module further includes the Z-direction adjusting block being arranged in the upright bar and is fixed on the Z-direction adjusting block
On contiguous block, the horizontal type slide unit of dovetail is fixed on the contiguous block；
It is connected with the camera contiguous block and camera fixing piece of L-shaped structure in turn on the horizontal type slide unit of the dovetail, the camera is consolidated
It is scheduled on the camera fixing piece.
7. wrist strap screen detection device as claimed in claim 1, it is characterised in that
The orientation and communication module further includes the bottom plate being fixedly connected with the Y-axis electric cylinders and the branch being fixed on the bottom plate
Dagger；
The product seat is arranged on the support column, and the product pressing plate is fixed on the pressing cylinder by pressing plate fagging
On, the limiting slot being adapted with wrist strap to be tested is provided with the product seat, the probe is extended in the limiting slot.
8. wrist strap screen detection device as claimed in claim 7, it is characterised in that
The flat-removing air cyclinder is fixed on the bottom plate, and the flat-removing air cyclinder and the pressing cylinder are fixed by traverse connecting plate and connected
Connect.
9. wrist strap screen detection device as claimed in claim 1, it is characterised in that
The touch screen detection module further includes the support base being fixed on the operation console, the drag chain being fixed on the support base
Supporting plate, and one end are fixed on the drag chain on the drag chain supporting plate；
The other end of the drag chain is fixed in the Z axis electric cylinders by drag chain connecting plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721034115.8U CN207263647U (en) | 2017-08-17 | 2017-08-17 | Wrist strap screen detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721034115.8U CN207263647U (en) | 2017-08-17 | 2017-08-17 | Wrist strap screen detection device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207263647U true CN207263647U (en) | 2018-04-20 |
Family
ID=61925740
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721034115.8U Withdrawn - After Issue CN207263647U (en) | 2017-08-17 | 2017-08-17 | Wrist strap screen detection device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207263647U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107328784A (en) * | 2017-08-17 | 2017-11-07 | 歌尔股份有限公司 | Wrist strap screen detection means and method |
-
2017
- 2017-08-17 CN CN201721034115.8U patent/CN207263647U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107328784A (en) * | 2017-08-17 | 2017-11-07 | 歌尔股份有限公司 | Wrist strap screen detection means and method |
| CN107328784B (en) * | 2017-08-17 | 2023-08-15 | 歌尔股份有限公司 | Wristband screen detection device and method |
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