CN102023911B - Test system of input device model - Google Patents
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- CN102023911B CN102023911B CN200910173432A CN200910173432A CN102023911B CN 102023911 B CN102023911 B CN 102023911B CN 200910173432 A CN200910173432 A CN 200910173432A CN 200910173432 A CN200910173432 A CN 200910173432A CN 102023911 B CN102023911 B CN 102023911B
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Abstract
The invention relates to a test system of an input device model, which is used for testing the functions of the input device model positioned on a working surface. The test system comprises a camera, a microphone, a computer screen and a computer mainframe, wherein the camera is used for shooting the input device model and the working surface; the microphone is used for receiving clicked sounds of the input device model; the computer screen is used for displaying a working surface image; and the computer mainframe is provided with a model image analysis program and a working surface image analysis program. The invention enables the computer mainframe to acquire and execute an order input by a user by analyzing a model image and the working surface image through the model image analysis program and the working surface image analysis program inside the computer mainframe and can enable the user to test the input device model personally on the scene so that the defects of the input device model on use are convenient to discover, thereby being beneficial to improving the input device model.
Description
Technical field
The present invention relates to test macro, especially relate to a kind of test macro of input media model.
Background technology
Development in science and technology is maked rapid progress; Multimedia and computer age arrive; And in computer system; The input media that connects computing machine and user has been played the part of crucial role, and those input medias comprise: mouse, keyboard and trace ball etc., wherein mouse and keyboard have become the basic outfit of computer peripheral device now.Because mouse can the person of being used is gripped with palm and the moving of mouse beacon cursor; And can click or carry out function to the image on the computer screen according to controlling of user's finger; Make the mode of operation of mouse press close to human use habit most, make mouse become one of the most general input media.Keyboard then is to let the user key in any symbol or literal arbitrarily, so its importance is unshakable especially.
General input media manufacturer is before making input media; At first must design the external form of input media; With the mouse is example, and in the process of design mouse external form, manufacturer makes a mouse model according to the mouse external form of anticipation earlier; This mouse model has the external form of mouse, and its material can be selected foam or plastics for use.Next let many triers that mouse model is placed on the feel that actual test mouse model uses on the desktop; Manufacturer makes amendment to the external form of mouse model according to triers' suggestion again; Through confirming the external form of mouse after the modification repeatedly, begin to carry out the making of entity mouse afterwards again.Adopting mouse model to test is for fear of behind the entity mouse that completes, and just finds the defective in its design, and order is change design again again after completing.
Yet; Testing mouse model the trier uses in the process of feel; Must mouse model be placed on the table and imagined and oneself just seeing through mouse model,, make the trier only can place on the mouse model with hand because mouse model can't be connected in computing machine at the operational computations machine; It is slided on the desktop and stare at mouse model see, and the actual calculation machine can't move for the operation of mouse model because of the trier to some extent.In addition; General user is positioned over hand on the mouse model but its sight line is facing to computer screen but not mouse; And the trier can't operate mouse model emulation when test on the spot in personly for actual mouse; And make the trier can't notice the details on the certain operations, so the reference value of trier's suggestion reduces, this for institute of manufacturer pleasure see.
Summary of the invention
The technical matters that the present invention mainly solves is; Above-mentioned deficiency to the prior art existence; Provide to let the test macro of the input media model that the user tests on the spot in personly, be convenient to find input media model shortcoming in the use, the input media model is improved thereby be beneficial to.
The technical solution adopted for the present invention to solve the technical problems provides a kind of test macro of input media model, and it comprises:
Workplace has a plurality of emulating images;
Mouse model; Have cursor element, first key area and second key area; This cursor element is positioned at the top of this workplace, and in order to point to one of these a plurality of emulating images, this cursor element comprises arrow portion and extension; Which emulating image this arrow portion points in order to expression, and this extension is connected in this mouse model;
First video camera, the output services face picture in order to take this workplace; Wherein this workplace image comprises that this cursor element of this mouse model points to the picture of which emulating image;
Second video camera, the output model image in order to take this mouse model; Wherein this model image comprises the picture which key area is clicked;
First computer screen is in order to show this workplace image;
Microphone is clicked signal in order to be exported one according to this mouse model by the sound that click produced; And
Main frame is connected in this first video camera, this second video camera, this microphone and this computer screen, in order to receive this click signal, this workplace image and this model image; Wherein this main frame comprises that model image analysing computer program, workplace image analysing computer program, emulating image link program and corresponding to a plurality of image shortcuts of these a plurality of emulating images; And each emulating image corresponds respectively to an image shortcut; This model image analysing computer program is in order to judge that according to this model image which key area is clicked; This workplace image analysing computer program is in order to determining the emulating image that this cursor element is pointed according to this workplace image, and this emulating image links program in order to set up the binding between these a plurality of image shortcuts and this a plurality of emulating images; Wherein this main frame judges that through this click signal, this model image analysing computer program and this workplace image analysing computer program which key area is clicked and which emulating image is pointed to; So that carried out first keypress function or second keypress function on this emulating image that points to, and be shown on this first computer screen.
When this main frame judges which key area is clicked and after which emulating image pointed to, this emulating image binding program was carried out the function corresponding to this image shortcut of this emulating image that is pointed to.
These a plurality of image shortcuts comprise my computing machine (My Computer) shortcut, my file (My Document) shortcut and explorer (Internet Explorer) shortcut.
This first keypress function is the left button function, and this second keypress function is a right button function.
When this first key area that this cursor element points to this emulating image and this mouse model of my computing machine shortcut corresponding to this was clicked, this emulating image binding program was carried out the computing machine shortcut function that clicks me.
When this second key area that this cursor element points to this emulating image and this mouse model of my computing machine shortcut corresponding to this was clicked, this emulating image binding program was carried out and is shown right button Facility Column list function.
When secondary was clicked in this first key area that this cursor element points to this emulating image and this mouse model of my computing machine shortcut corresponding to this, this emulating image binding program was carried out computing machine shortcut image function of opening me.
This workplace is a cardboard, and these a plurality of emulating images are drawn on this cardboard.
This workplace is a glass platform; This glass platform below is provided with second computer screen; This second computer screen is connected in this main frame, and in order to showing a Windows interface of this main frame, and these a plurality of image shortcuts are shown on this Windows interface.
The a plurality of emulating images of this of this glass platform come from these a plurality of image shortcuts on this Windows interface.
This cursor element is made by the plastics of transparent material, and this arrow portion paints so that identification with Chinese white.
This model image analysing computer program and this workplace image analysing computer program are to judge through the image identification technology.
The present invention also provides a kind of test macro of input media model, and it comprises:
The keyboard model has a plurality of key areas;
Video camera, the output model image in order to take this keyboard model; Wherein this model image comprises the picture which key area is touched;
Computer screen is in order to show an input information interface;
Microphone presses signal in order to be exported one according to these a plurality of key areas of this keyboard model by the sound that touching produced; And
Main frame; Be connected in this video camera, this microphone and this computer screen; Press signal and this model image in order to receive this; This main frame comprises model image analysing computer program and this input information interface, and this model image analysing computer program is in order to judge that according to this model image which key area is clicked; This main frame presses signal and this model image analysing computer program through this and confirms that which key area is touched with literal or the symbol of input corresponding to touched emulation button, and with this literal or symbol display in this input information interface of this computer screen.
This input information interface is Microsoft Word archive files or notepad archives.
This model image is divided into a plurality of image blocks by model image analysing computer program area, and the position of these a plurality of image blocks is corresponding to these a plurality of key areas.
These a plurality of key areas comprise A key range, B key range and C key range ... Deng the key area.
When this A key range, this B key range and this C key range of these a plurality of key areas are touched in regular turn; And when corresponding a plurality of of this microphone output pressed signal, this main frame was according to being covered in regular turn corresponding to these a plurality of image blocks of this A key range, this B key range and this C key range in this model image and this a plurality ofly presses signal and import corresponding alphabetical ABC and it is shown on this computer screen in this input information interface.
This model image analysing computer program is to judge through the image identification technology.
The test macro that the test macro of input media model of the present invention provides a kind of user of letting to be personally on the scene; Main frame can be carried out corresponding instruction in response to the operation of mouse model or keyboard model in test process; Let the user can be as much as possible in the process of test input media model as at the actual input media of operation; Thereby find input media model shortcoming in the use than being easier to, so that manufacturer is able to the input media model is carried out constructional improvement.
Description of drawings
Fig. 1 is the system schematic of test macro first preferred embodiment of input media model of the present invention.
Fig. 2 is the model image synoptic diagram of test macro first preferred embodiment of input media model of the present invention.
Fig. 3 is a plurality of image shortcut synoptic diagram of test macro first preferred embodiment of input media model of the present invention.
Fig. 4 is the system schematic of test macro second preferred embodiment of input media model of the present invention.
Fig. 5 is the system schematic of test macro the 3rd preferred embodiment of input media model of the present invention.
Fig. 6 is the model image synoptic diagram of test macro the 3rd preferred embodiment of input media model of the present invention.
Fig. 7 is the input information interface synoptic diagram of test macro the 3rd preferred embodiment of input media model of the present invention.
Embodiment
The present invention provides a kind of test macro of input media model, sees also Fig. 1, and it is the system schematic of test macro first preferred embodiment of input media model of the present invention.In first preferred embodiment, the test macro 1 of input media model comprises a workplace 10, be positioned over a mouse model 11 on the workplace 10, one first video camera 12, one second video camera 13, a microphone 15, one first computer screen 14, one second computer screen 17 and a main frame 16.
And second computer screen 17 is connected in main frame 16, and in order to demonstration Windows interface W, and a plurality of image shortcut W1, W2 and W3 then are shown on the Windows interface W.What need special instruction is; Workplace 10 is a glass platform; And second computer screen 17 under the workplace 10 shows Windows interface W; Hence one can see that, and a plurality of emulating images 101,102 and 103 on the workplace 10 are to see through a plurality of image shortcut W1, W2 and the W3 that is shown in second computer screen 17 that glass can see.In this preferred embodiment; The first image shortcut W1 is my computing machine (My Computer) shortcut, file (My Document) shortcut that the second image shortcut W2 is me; The 3rd image shortcut W3 then is explorer (Internet Explorer) shortcut, and is as shown in Figure 3.
Please continue to consult Fig. 1, when user U uses the test macro 1 of input media model to carry out the test of mouse model 11, take workplace 10 and pass through main frame 16 transmission workplace image I owing to be provided with first video camera 12
1To first computer screen 14, make it show workplace image I
1Supply user U to watch, let user U can be when test mouse model 11 sight line V towards first computer screen 14, and not towards the situation of mouse model 11 with the actual mouse of simulation operations.
When user U uses the test macro 1 of input media model to carry out the test of mouse model 11; User U can make the cursor element 111 of mouse model 11 point to arbitrary emulating image 101～103 by any rolling mouse model 11 on workplace 10, and the motion track of cursor element 111 then is recorded in workplace image I
1In.On the other hand, model image I is taken and be recorded in to the action of user U operation mouse model 11 by second video camera 13
2In.Please consult Fig. 1 and Fig. 2 simultaneously, Fig. 2 is the model image synoptic diagram of test macro first preferred embodiment of input media model of the present invention.Among Fig. 2; When user U clicks the mouse first key area 112 of model 11; Main frame 16 is carried out first keypress function, and when user U clicked second key area 113,16 of main frames were carried out second keypress function; Wherein first keypress function is a left button function, and second keypress function is a right button function.
Illustrate; When making the arrow portion 1111 of cursor element 111 point to first emulating image 101 when user U rolling mouse model 11; Click the mouse second key area 113 of model 11 of user U, at this moment, user U clicks the motion picture of second key area 113 by model image I
2Institute's record, and microphone 15 at the same time interocclusal record click the mouse sound that model 11 produced and transfer to main frame 16 of user U through click signal SC, and model image I
2Also be transferred to main frame 16.Receive workplace image I
1, model image I
2And the main frame 16 of click signal SC utilizes workplace image analysing computer program 162, through the analytical work face as I
1And learn that the emulating image that is pointed to is first emulating image 101, utilize model image analysing computer program 161 analytical model image I
2And learn that second key area 113 is clicked, and main frame 16 learns that through click signal SC click action produces really.
In addition, the present invention also provides the test macro of the input media model of second preferred embodiment, sees also Fig. 4, and it is the system schematic of test macro second preferred embodiment of input media model of the present invention.The test macro 2 of input media model comprises a workplace 20, a mouse model 21, one first video camera 22, one second video camera 23, a microphone 25, a computer screen 24 and a main frame 26.Workplace 20 has first emulating image 201, second emulating image 202 and the 3rd emulating image 203.Mouse model 21 has cursor element 211, and cursor element 211 comprises an arrow portion 2111 and an extension 2112.First video camera 22 is exported a workplace image I in order to take workplace 20
1' to main frame 26, and second video camera 13 is exported a model image I in order to take mouse model 21
2' to main frame 26.Microphone 25 is exported a click signal SC ' to main frame 25 in order to click the sound that is produced according to mouse model 21.26 of main frames comprise model image analysing computer program 261, a workplace image analysing computer program 262, an emulating image link program 263, a Windows interface W ', corresponding to the image shortcut W1 ' of first emulating image 201, corresponding to the image shortcut W2 ' of second emulating image 202 and corresponding to the image shortcut W3 ' of the 3rd emulating image 203.And the function of main frame 26 inner members is also identical with first preferred embodiment.When user U ' used the test macro 2 of input media model to carry out the test of mouse model 21, the sight line V ' of user U ' was towards computer screen 24, and not towards the situation of mouse model 21 with the actual mouse of simulation operations.
The test macro 2 of input media model and the first preferred embodiment difference are that workplace 20 is cardboards, and a plurality of emulating images 201～203rd on the workplace 20 are drawn on the image on it.The operation logic and first preferred embodiment of the test macro 2 of input media model are identical, and the fundamental purpose of the test macro 2 of input media model is to utilize the workplace made from cardboard 20 and reduces cost to meet different users's demand.
Next be applied to the test macro of the input media model of keyboard model with the 3rd preferred embodiment explanation, see also Fig. 5, it is the system schematic of test macro the 3rd preferred embodiment of input media model of the present invention.The test macro 3 of input media model comprises a keyboard model 31, a video camera 32, a microphone 34, a computer screen 33 and a main frame 35.Keyboard model 31 has a plurality of key areas, and a plurality of key areas comprise an A key range 311 (seeing also Fig. 6), a B key range 312 (seeing also Fig. 6), key areas such as (seeing also Fig. 6), a C key range 313.Video camera 32 is connected in main frame 35, exports a model image I* to main frame 35 in order to take keyboard model 31, and wherein model image I* comprises the picture which key area is touched.Microphone 34 is connected in main frame 35, presses signal SC* to main frame 35 in order to be exported one according to a plurality of key areas of keyboard model 31 by the sound that touching produced.Computer screen 33 is connected in main frame 35, in order to show an input information interface W*.Main frame 35 presses signal SC* and model image I* in order to reception; And main frame 35 also comprises a model image analysing computer program 351 and input information interface W*; Model image analysing computer program 351 is in order to judge that according to model image I* which key area is touched; In this preferred embodiment, input information interface W* is a Microsoft Word archive files.And in other preferred embodiment, input information interface W* also can be notepad archives.
Please consult Fig. 5 and Fig. 6 simultaneously, Fig. 6 is the model image synoptic diagram of test macro the 3rd preferred embodiment of input media model of the present invention.When user U* test keyboard model 31, input information interface W* is unlocked and is shown on the computer screen 33, lets the sight line V* of user U* towards computer screen 33 and non-keyboard model 31.And user U* is in regular turn A key range 311, B key range 312 and the C key range 313 of touch control keyboard model 31 time; A key range 311, B key range 312 and C key range 313 touched pictures are recorded among the model image I*, and model image I* is exported to 351 analyses of main frame 35 confession model image analysing computer programs.Simultaneously, A key range 311, B key range 312 and the C key range 313 touched sound that produce are also write down and export by microphone 34 and press signal SC* to main frame 35, so that main frame 35 confirms that those key areas are touched really.
Among Fig. 6, model image analysing computer program 351 analytical model image I* whether typewrite according to the finger of user U* and the typewriting process in which key area covered and can learn that which the key area person of being used U* presses by its finger.Then can press signal SC* and learn as for confirming that the key area is whether touched by what microphone 34 was exported.After main frame 35 judged that A key range 311, B key range 312 and C key range 313 are touched really, main frame 35 is input alphabet ABC on input information interface W*, and it is shown on the computer screen 33, and was as shown in Figure 7.
Can know according to above-mentioned each preferred embodiment; The test macro that the test macro of input media model of the present invention provides a kind of user of letting to be personally on the scene; And main frame can be carried out corresponding instruction in response to the operation of mouse model or keyboard model in test process; Let the user can be as much as possible in the process of test input media model as at the actual input media of operation; And than being easier to find input media model shortcoming in the use, so that manufacturer is able to the input media model is carried out constructional improvement.
The above is merely preferred embodiment of the present invention, is not in order to qualification protection scope of the present invention, and therefore all other do not break away from the equivalence of being accomplished under the disclosed spirit and change or modification, all should be contained in protection scope of the present invention.
Claims (18)
1. the test macro of an input media model is characterized in that, comprising:
Workplace has a plurality of emulating images;
Mouse model; Have cursor element, first key area and second key area; This cursor element is positioned at the top of this workplace, and in order to point to one of these a plurality of emulating images, this cursor element comprises arrow portion and extension; Which emulating image this arrow portion points in order to expression, and this extension is connected in this mouse model;
First video camera, the output services face picture in order to take this workplace; Wherein this workplace image comprises that this cursor element of this mouse model points to the picture of which emulating image;
Second video camera, the output model image in order to take this mouse model; Wherein this model image comprises the picture which key area is clicked;
First computer screen is in order to show this workplace image;
Microphone is clicked signal in order to be exported one according to this mouse model by the sound that click produced; And
Main frame is connected in this first video camera, this second video camera, this microphone and this computer screen, in order to receive this click signal, this workplace image and this model image; Wherein this main frame comprises that model image analysing computer program, workplace image analysing computer program, emulating image link program and corresponding to a plurality of image shortcuts of these a plurality of emulating images; And each emulating image corresponds respectively to an image shortcut; This model image analysing computer program is in order to judge that according to this model image which key area is clicked; This workplace image analysing computer program is in order to determining the emulating image that this cursor element is pointed according to this workplace image, and this emulating image links program in order to set up the binding between these a plurality of image shortcuts and this a plurality of emulating images; Wherein this main frame judges that through this click signal, this model image analysing computer program and this workplace image analysing computer program which key area is clicked and which emulating image is pointed to; So that carried out first keypress function or second keypress function on this emulating image that points to, and be shown on this first computer screen.
2. the test macro of input media model as claimed in claim 1; It is characterized in that; When this main frame judges which key area is clicked and after which emulating image pointed to, this emulating image binding program was carried out the function corresponding to this image shortcut of this emulating image that is pointed to.
3. the test macro of input media model as claimed in claim 2 is characterized in that, these a plurality of image shortcuts comprise my computing machine shortcut, my file shortcut and explorer shortcut.
4. the test macro of input media model as claimed in claim 3 is characterized in that, this first keypress function is the left button function, and this second keypress function is a right button function.
5. the test macro of input media model as claimed in claim 4; It is characterized in that; When this first key area that this cursor element points to this emulating image and this mouse model of my computing machine shortcut corresponding to this was clicked, this emulating image binding program was carried out the computing machine shortcut function that clicks me.
6. the test macro of input media model as claimed in claim 4; It is characterized in that; When this second key area that this cursor element points to this emulating image and this mouse model of my computing machine shortcut corresponding to this was clicked, this emulating image binding program was carried out and is shown right button Facility Column list function.
7. the test macro of input media model as claimed in claim 4; It is characterized in that; When secondary was clicked in this first key area that this cursor element points to this emulating image and this mouse model of my computing machine shortcut corresponding to this, this emulating image binding program was carried out computing machine shortcut image function of opening me.
8. the test macro of input media model as claimed in claim 1 is characterized in that, this workplace is a cardboard, and these a plurality of emulating images are drawn on this cardboard.
9. the test macro of input media model as claimed in claim 1; It is characterized in that; This workplace is a glass platform, and this glass platform below is provided with second computer screen, and this second computer screen is connected in this main frame; In order to showing a Windows interface of this main frame, and these a plurality of image shortcuts are shown on this Windows interface.
10. the test macro of input media model as claimed in claim 9 is characterized in that, a plurality of emulating images of this of this glass platform come from these a plurality of image shortcuts on this Windows interface.
11. the test macro of input media model as claimed in claim 1 is characterized in that, this cursor element is made by the plastics of transparent material, and this arrow portion paints with Chinese white.
12. the test macro of input media model as claimed in claim 1 is characterized in that, this model image analysing computer program and this workplace image analysing computer program are to judge through the image identification technology.
13. the test macro of an input media model is characterized in that, comprising:
The keyboard model has a plurality of key areas;
Video camera, the output model image in order to take this keyboard model; Wherein this model image comprises the picture which key area is touched;
Computer screen is in order to show an input information interface;
Microphone presses signal in order to be exported one according to these a plurality of key areas of this keyboard model by the sound that touching produced; And
Main frame; Be connected in this video camera, this microphone and this computer screen; Press signal and this model image in order to receive this; This main frame comprises model image analysing computer program and this input information interface, and this model image analysing computer program is in order to judge that according to this model image which key area is clicked; This main frame presses signal and this model image analysing computer program through this and confirms that which key area is touched with literal or the symbol of input corresponding to touched emulation button, and with this literal or symbol display in this input information interface of this computer screen.
14. the test macro of input media model as claimed in claim 13 is characterized in that, this input information interface is Microsoft Word archive files or notepad archives.
15. the test macro of input media model as claimed in claim 13 is characterized in that, this model image is divided into a plurality of image blocks by model image analysing computer program area, and the position of these a plurality of image blocks is corresponding to these a plurality of key areas.
16. the test macro of input media model as claimed in claim 15 is characterized in that, these a plurality of key areas comprise A key range, B key range and C key range.
17. the test macro of input media model as claimed in claim 16; It is characterized in that; When this A key range, this B key range and this C key range of these a plurality of key areas are touched in regular turn; And when corresponding a plurality of of this microphone output pressed signal, this main frame was according to being covered in regular turn corresponding to these a plurality of image blocks of this A key range, this B key range and this C key range in this model image and this a plurality ofly presses signal and import corresponding alphabetical ABC and it is shown on this computer screen in this input information interface.
18. the test macro of input media model as claimed in claim 13 is characterized in that, this model image analysing computer program is to judge through the image identification technology.
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1378171A (en) * | 2002-05-20 | 2002-11-06 | 许旻 | Computer input system |
| US6611253B1 (en) * | 2000-09-19 | 2003-08-26 | Harel Cohen | Virtual input environment |
| CN1479191A (en) * | 2002-08-28 | 2004-03-03 | 由田新技股份有限公司 | Projection type virtual keyboard device |
| CN101010661A (en) * | 2004-09-03 | 2007-08-01 | 松下电器产业株式会社 | Input device |
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2009
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6611253B1 (en) * | 2000-09-19 | 2003-08-26 | Harel Cohen | Virtual input environment |
| CN1378171A (en) * | 2002-05-20 | 2002-11-06 | 许旻 | Computer input system |
| CN1479191A (en) * | 2002-08-28 | 2004-03-03 | 由田新技股份有限公司 | Projection type virtual keyboard device |
| CN101010661A (en) * | 2004-09-03 | 2007-08-01 | 松下电器产业株式会社 | Input device |
Non-Patent Citations (1)
| Title |
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| JP特开平10-39995A 1998.02.13 |
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