CN2854693Y

CN2854693Y - Mouse test platform

Info

Publication number: CN2854693Y
Application number: CNU2005201066996U
Authority: CN
Inventors: 范成青
Original assignee: Behavior Technical Computer Corp
Current assignee: Behavior Technical Computer Corp
Priority date: 2005-08-31
Filing date: 2005-08-31
Publication date: 2007-01-03
Anticipated expiration: 2015-08-31

Abstract

The utility model discloses a cursor mouse testing platform, which comprises a mouse support mechanism, a route running mechanism and a data processor. The mouse support mechanism is connected and fixed to the route running mechanism and used for supporting and fixing the mouse to be tested. The route running mechanism makes the mouse support mechanism to move along the testing route corresponding to the testing condition according to at least one testing condition, thus driving the movement of the mouse. The data processor is used for receiving XY track signals generated from the moving mouse, issuing instructions used in such testing conditions to the route running mechanism, processing the XT track singles, and outputting the test results of the mouse.

Description

The mouse tester table

Technical field

The utility model relates to a kind of mouse tester table that is used for mouse, relates in particular to a kind of mouse that can move at the XY plane, the mouse tester table that carries out multinomial test.

Background technology

Prior art content relevant for the mouse tester table is relegated to the category of things wanting often, and, also difficultly on the market search out ready-made mouse tester table.In view of the above, the manufacturer of mouse develops the mouse tester table voluntarily, and only operates in affiliated factory.

The utility model designer designs a kind of mouse tester table based on the many years of experience of test mouse, and it can utilize existing device, and for example mechanical arm and computing machine are made.

The utility model content

Fundamental purpose of the present utility model provides a kind of mouse tester table, can carry out multinomial test to the mouse in moving with the XY plane on this board.

For reaching above-mentioned purpose of the present utility model, the utility model provides a kind of mouse tester table, comprising: mouse load carrier, path running gear, data processor.The mouse load carrier links and is fixed in the path running gear, and is used for carrying and fixing mouse to be tested.The path running gear is according at least more than one test condition, the mouse load carrier imposed corresponding to the moving of the test path of test condition, and drive mouse moving.The XY trajectory signal that mouse was produced during data processor was used for being received in and moves, and be used for the path running gear is assigned the instruction that is used for those test conditions, and be used for handling those XY trajectory signals, and the test result of exporting this mouse.

Description of drawings

Fig. 1 is the organigram of mouse tester table.

Fig. 2 is the specific embodiment structural map according to Fig. 1 mouse tester table.

Fig. 3 is the test result synoptic diagram of the utility model mouse tester table output XY track translational speed test.

The explanation of figure number numbering

10 mouse tester tables

20 mouses

30 circular standard trajectorys

31 mouse circular traces to be measured

101 mouse load carriers

103 path running gears

105 data processors

1051 screens

For making those skilled in the art understand the purpose of this utility model, feature and effect, now by following specific embodiment, and cooperate appended graphicly, the utility model is illustrated in detail, illustrate as after.

Embodiment

Fig. 1 is the organigram of mouse tester table, and Fig. 2 is the specific embodiment structural map according to Fig. 1 mouse tester table.The utility model mouse tester table 10 comprises: mouse load carrier 101, path running gear 103, data processor 105 are respectively described below.Mouse load carrier 101 is connections and is fixed on the path running gear 103, and mouse 20 to be tested is held carrying and is fixed on mouse load carrier 101, and the mouse 20 after the clamping pastes and is placed on the plane, and moves in the plane.Path running gear 103 is to be used for receiving more than one at least test condition, and these test conditions are assigned by data processor 105.Path running gear 103 is according to those test conditions, comes mouse load carrier 101 imposed and moves for example round test path, straight line test path corresponding to the test path of test condition.Because mouse 20 is carried and is fixed on mouse load carrier 101, so mouse 20 is also moved by drive.Mouse tester table 10 of the present utility model can be tested wireless mouse and wire mouse.

When the mouse 20 that is positioned at mouse load carrier 101 took place by XY planes mobile, mouse 20 can produce a series of XY trajectory signal.Data processor 105 is assigned the instruction that is used for those test conditions path running gear 103 except coming, and data processor 105 can receive and handle those XY trajectory signals, and the test result of output mouse 20.Above-mentioned path running gear 103 its concrete devices can adopt mechanical arm.The concrete device of above-mentioned data processor 105 can adopt computing machine.

Mouse tester table 10 of the present utility model can carry out tests such as the test of XY trajectory coordinates, the test of XY track translational speed, the sluggish test of XY track, XY track drift test to mouse.The example of lifting an XY trajectory coordinates test illustrates that 103 pairs of mouses 20 of mechanical arm impose moving of circumference test path, make mouse 20 produce a succession of trajectory signal, and the coordinate of those trajectory signals constitutes a circle.See also the test result synoptic diagram of Fig. 3 for the XY trajectory coordinates test of the utility model mouse tester table output.Screen 1051 shown circular standard trajectorys 30 (representing with solid line) at computing machine 105 are represented a test benchmark, and simultaneously in the shown mouse circular trace 31 to be measured (being represented by dotted lines) of screen 1051, be the coordinate of expression corresponding to those trajectory signals of circular trace 31, in view of the above, the tester can be via the plyability degree of two shown round tracks 30,31 of screen 1051, and carry out the data comparison result of circular standard trajectory 30 and mouse circular trace 31 to be measured according to computing machine 105, know that whether mouse to be measured 20 is by this test.

The utility model mouse tester table 10 carries out the means of XY track translational speed test, be that computing machine 105 order mechanical arms 103 move with a fixed speed, at this moment, the mouse 20 that is driven and move is cooperating under this fixed speed, can produce a succession of trajectory signal, and computing machine 105 receives those trajectory signals immediately one by one.Simultaneously, computing machine 105 can be checked the coordinate of those trajectory signals, and judge whether those coordinate positions can accurately correspond to the mouse 20 present positions that move to one by one according to the time of reception of this fixed speed and those trajectory signals.

The sluggish means of testing of the XY track that the utility model mouse tester table 10 carries out, be that computing machine 105 order mechanical arms 103 move with a fixed speed, at this moment, the mouse 20 that is driven and move is cooperating under this fixed speed, can produce a succession of trajectory signal, and computing machine 105 receives those trajectory signals immediately one by one.Simultaneously, computing machine 105 according to this fixed speed with finish whole mobile T.T., the quantity of checking those trajectory signals to be produced within predetermined T.T., it is deficient to judge whether this quantity has, with deciding mouse 20 to be measured whether the sluggish bad situation that produces trajectory signal is arranged.

The XY track drift means of testing that the utility model mouse tester table 10 carries out, be that computing machine 105 order mechanical arms 103 move with a fixed speed and a projected route, at this moment, the mouse 20 that is driven and move is cooperating under this fixed speed and this projected route, can produce a succession of trajectory signal, and computing machine 105 receives those trajectory signals immediately one by one.Simultaneously, computing machine 105 is checked the coordinate of those trajectory signals according to this fixed speed and this projected route, judges whether the coordinate of each trajectory signal corresponds to the position of this projected route accurately.

The utility model mouse tester table can provide the middle mouse that moves under various test paths and the various gait of march, carries out multinomial test, and this is the utility model significant advantage place.Simultaneously, the real work of mouse tester table can utilize existing device, and for example mechanical arm and computing machine are made, and therefore can reduce the manufacturing cost of mouse tester table, and this also is the utility model advantage place.

Those skilled in the art must understand can carry out multiple different modification to the utility model in spirit of the present utility model and viewpoint.And the utility model is contained any modifications and changes in the viewpoint of being anticipated by the culvert of claim and equity thereof.

Claims

1. a mouse tester table is characterized in that, comprising:

One mouse load carrier links and is fixed in a path running gear, and is used for carrying and fixes a mouse to be tested;

This path running gear according at least more than one test condition, imposes corresponding to the moving of the test path of this test condition this mouse load carrier, and drives this mouse moving;

One data processor is used for being received in the XY trajectory signal that this mouse produced in moving, and is used for this path running gear is assigned the instruction that is used for those test conditions, and is used for handling those XY trajectory signals, and the test result of exporting this mouse.

2. mouse tester table as claimed in claim 1 is characterized in that, this path running gear is a mechanical arm.

3. mouse tester table as claimed in claim 1 is characterized in that, this data processor is a computing machine.

4. mouse tester table as claimed in claim 1 is characterized in that, this mouse is a wireless mouse.

5. mouse tester table as claimed in claim 1 is characterized in that, this mouse is a wire mouse.