CN103995090A - User experience test method for product industrial design expression materials and experiment tester thereof - Google Patents
User experience test method for product industrial design expression materials and experiment tester thereof Download PDFInfo
- Publication number
- CN103995090A CN103995090A CN201410249386.XA CN201410249386A CN103995090A CN 103995090 A CN103995090 A CN 103995090A CN 201410249386 A CN201410249386 A CN 201410249386A CN 103995090 A CN103995090 A CN 103995090A
- Authority
- CN
- China
- Prior art keywords
- user
- test
- industrial design
- plate
- module
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Landscapes
- Management, Administration, Business Operations System, And Electronic Commerce (AREA)
Abstract
The invention discloses a user experiment test method for product industrial design expression materials and an experiment tester thereof. The method comprises the steps that a product industrial design expression display graph (effect diagram/3D model) is displayed on a computer screen, when a user wants to experience a certain material in the design expression graph, the user clicks the area of the material by using a mouse, identification software in the computer outputs a control signal to an execution mechanism in a material library, the execution mechanism automatically pushes out the selected real material sample on the screen from the material library to the user for experience, meanwhile, a material experience questionnaire window is popped up on the screen, the user selects answers according to questions, and test software stores, processes and outputs a user experience test report. According to the method, the user can rapidly experience the real material texture corresponding to the material effect in the effect diagram, the user satisfaction can be tested, and the designer can collect the material experience test data in the design expression graph of the users in real time so as to obtain the quality satisfaction degree and test results of the users for the future industrial design products.
Description
Technical field
The present invention relates to product industrial design expression user and experience evaluation field, particularly a kind of product industrial design is expressed material user and is experienced method of testing and experience tester.
Background technology
Along with the development of science and technology and social-economic formation, the mankind have entered Experiencing Economic Times, traditional product design concept starts to change, shift design centre, no matter be tangible product or invisible product, all be designed to have given meaning and value, also met people's different demands.In the industrial design stage of product development, especially, in automobile product industrial design, usually need that design proposal is carried out to user and experience evaluation, comfortable satisfied with mood to help user to obtain psychology in whole process of consumption.
The content that user experiences comprises appearance and modeling and the material of design, it is the appearance and modeling picture that user watches product design on computers that existing product industrial design user experiences evaluation method, then the material using with each feature part of explanatory note product on picture side, in the time that user need to experience the material of material, designer manually selects sample of material according to material number from material storehouse, offer user and experience, then user evaluates on papery questionnaire.The shortcoming of the method is: (1) efficiency is low, when user experiences the material of industrial design, need to wait for long time; (2) because there are material word and numbering in product industrial design expression side, can disturb and affect the evaluation of user to appearance design; (3) industrial design material user to experience the result statistical efficiency of evaluation low, and easily make mistakes.
Summary of the invention
In view of this, the invention provides a kind of product industrial design expression material user experiences method of testing and experiences tester, user can be by the selection operation of feature part in industrial design being expressed on test terminal, experience fast material texture in kind corresponding to material effect in design drawing, and test subscriber's satisfaction, designer can gather in time user material in design expression figure is experienced to test data, obtain user to futurity industry deisgn product material satisfaction and evaluating result, thereby Computer Aided Design Shi Gaijin product design material, improve the joyful degree that product industrial design user experiences.
Product industrial design of the present invention is expressed material user and is experienced method of testing, comprises test terminal, test macro and material depot, and described material depot is communicated and is connected by wire/wireless mode with described test terminal, said method comprising the steps of:
Test macro initialization arranges;
Product industrial design is expressed to demonstration figure and carry out associated setting with sample of material in kind;
Carry out product industrial design expression user and experience test;
Gather user and experience test data;
User experiences test data and processes and statistical report output;
Wherein, product industrial design expression demonstration figure being carried out to associated setting steps with sample of material in kind comprises:
Show industrial design expression at the first figure layer of image display area, in the second figure layer building coordinate viewing area, product industrial design expression and the stack of coordinate viewing area internal coordinate system;
The local coordinates regional of living in of each feature that industrial design is expressed is set to Material Identification district alive, and makes each Material Identification district alive record the material class number of corresponding industrial design expression characteristic part;
Described material class number is associated with the sample of material coding in kind in plate of material in material depot;
Close coordinate viewing area.
Further, product industrial design is expressed demonstration figure and is comprised planar effect picture and 3D model, in the time that industrial design expression shows that figure is planar effect picture, coordinate viewing area internal coordinate is two-dimensional coordinate system, the local coordinates regional of living in of industrial design expression characteristic is rectangular coordinates district, the Material Identification that the coordinate by two, described rectangular coordinates district to angle point the arranges character pair part district that lives;
In the time that industrial design expression shows that figure is 3D model, coordinate viewing area internal coordinate is three-dimensional system of coordinate, the local coordinates regional of living in of industrial design expression characteristic is three-dimensional rectangle coordinate district, by described three-dimensional rectangle coordinate district two solids, the coordinate of angle point is arranged the Material Identification district alive of character pair part.
Further, carrying out user experiences testing procedure and comprises:
Detect user and industrial design is expressed to the selection operation of a certain feature part, trigger corresponding Material Identification district alive, output material is experienced control signal;
Material depot is experienced sample of material output in kind correspondence for user;
To be checked when measuring current sample of material in kind and being retracted, trigger questionnaire and eject, and voice message user selects to answer;
Above-mentioned steps can repeat, to complete the experience test of industrial design being expressed to the local Material texture that used of further feature.
Further, the material class number in corresponding each Material Identification district also association is provided with a pilot lamp coding, and pilot lamp coding is also corresponding one by one with material class number in kind, and described material depot is experienced step by sample of material output in kind correspondence for user and comprised:
Material depot receives material and experiences control signal;
Material is experienced the plate of material control module of control signal in material depot and is amplified processing, and triggers plate of material and release signal;
Plate of material is released, and when plate of material is encountered release travel switch, triggers stop signal, and plate of material is in experiencing state for user;
Plate of material is released simultaneously, and material is experienced control signal and triggered the bright control signal of pilot lamp;
Be pushed out plate of material and stop 10-20 second, plate of material is regained signal and is triggered, and plate of material is regained;
Regain and encounter withdrawal travel switch when plate of material, withdrawal stops, and triggers material and experience questionnaire window ejection signal;
Repeat above-mentioned steps, until all material in product industrial design expression is experienced complete by user.
Further, test macro initialization setting steps comprises:
Experiment parameter and user profile setting;
Product industrial design expression material user is experienced to test survey parameter to be arranged;
Wherein, experiment parameter and user profile comprise: experimental period, each subscriber-coded, address name, age, sex, occupation, income, the city of living, target product user locate attribute;
The setting of test survey parameter comprises: the setting of survey table title item, survey data acquisition setting, the transmission of test data telecommunication network are established.
The invention also discloses a kind of intelligent body of experiencing method of testing for realizing product industrial design expression user and test tester, comprise test terminal, input equipment, test macro and test material storehouse, described test terminal is communicated and is connected by wired or wireless mode with described test material storehouse;
Described test macro comprises that main examination arranges system, data storage processing system, user's experiencing system and signal transmission system, described main examination arranges system and is connected with described user's experiencing system, described user's experiencing system is connected with data storage processing system, described user's experiencing system and described signal transmission system with signal double fluid to mode be connected;
Wherein, main examination arranges system and comprises: initialization arranges module, arranges for test macro initialization; Material Identification district alive arranges module, and the local coordinates regional of living in of each feature of expressing for industrial design is set to Material Identification district alive, and makes each Material Identification district alive record the material class number of corresponding industrial design expression characteristic part; Sample of material relating module in kind, for being associated local with industrial design expression characteristic sample of material coding in kind test material storehouse corresponding associated Material Identification work district;
User's experiencing system comprises: display control module, for controlling the demonstration of industrial design expression and coordinate viewing area internal coordinate; Material Identification district alive trigger control module, the selection operation for detection of user to Material Identification district alive also triggers; Questionnaire window control module, for controlling the ejection of questionnaire window and closing; Data acquisition module, for gathering user profile and survey data;
Data storage processing system, for storing, process and export test data;
Signal transmission system, for control signal transmitted in both directions in test terminal and test material storehouse;
Described material depot, for placing sample of material and triggering topworks and export the sample of material in kind being associated in the time receiving control signal, described material depot comprises stuffing-box, plate of material, topworks and control system, described plate of material is set up in parallel multiple, each plate of material is all being equipped with along the mode of transversal stretching and described stuffing-box, corresponding each plate of material arranges a described topworks, control system comprises release for driving actuating mechanism controls respective material plate and the plate of material control module of withdrawal, described plate of material control module is connected with control signal transmission system.
Further, corresponding each plate of material of the upper and lower biside plate inside surface of described stuffing-box is provided with a ball slide rail; Described in each, topworks includes drive motor and drive link, described drive link is six bar linkage structures, comprise two front rods, two intermediate connecting rods and two back links, described two front rod front ends and plate of material are hinged, rear end is corresponding hinged with an intermediate connecting rod front end respectively, two intermediate connecting rods are hinged in the mode of decussate, one back link rear end is fixed on drive motor axle, another back link is equipped with mode and the described drive motor that can rotate around motor shaft axis, and two back link front ends are corresponding hinged with an intermediate connecting rod rear end respectively.
Further, described material depot also comprises pilot lamp, corresponding each sample of material being placed in plate of material of described pilot lamp arranges one, described material depot is provided with a withdrawal travel switch in the inner that is positioned at each upside ball slide rail, be provided with a release travel switch in the outer end that is positioned at each upside ball slide rail; Described control system also comprise be connected with control signal transmission system and for controlling the two-way travel switch control module regaining travel switch and release travel switch, be connected with control signal transmission system signal and for controlling the pilot lamp control module of indicator light switch and being connected with control signal transmission system two-way signaling and for controlling the interlocking module interlocking between each plate of material.
Further, described initialization arranges module and comprises: experiment parameter and user profile arrange module, for experiment parameter and user basic information are arranged;
Test questionnaire arranges module, for test investigation option is set;
Described signal transmission system comprises:
Control signal transmitted in both directions module I, is arranged at test terminal and is connected in the mode of the two-way signaling flow direction with user's experiencing system, for control signal being transferred to test material storehouse and being received from the control signal separately that material depot transmits;
Control signal transmitted in both directions module II, is arranged on test material storehouse, for being received from the control signal transmitting inside, test terminal and the inner material depot control signal producing being flowed to test terminal.
Further, described data storage processing system comprises:
Test data memory module, for collecting user profile and the storage of survey data;
Process and statistical module, be connected with described test data memory module, process and add up for user being experienced to test data;
Test analysis report generates and output print module, is connected, for the result of having added up is generated to test analysis report and prints with processing with statistical module;
Also comprise: telecommunication network sending module, is connected with test data memory module, for test data being sent to high in the clouds data center;
High in the clouds data center module, is connected with telecommunication network sending module, experiences test data for storing beyond the clouds user.
Beneficial effect of the present invention: product industrial design of the present invention is expressed material user and experienced method of testing, by relying on test macro that industrial design expression and the sample of material in kind in material depot are carried out to corresponding associated setting one by one in test terminal, make the user can be by the selection operation of feature part in industrial design being expressed on test terminal, experience fast material texture in kind corresponding to material effect in design drawing, and test subscriber's satisfaction, designer can gather in time user material in design expression figure is experienced to test data, obtain user to futurity industry deisgn product material satisfaction and evaluating result, thereby Computer Aided Design Shi Gaijin product design material, improve the joyful degree that product industrial design user experiences.
The experience tester of experiencing method of testing for realizing described product industrial design expression material user of the present invention, can simple and fast and the user that realizes of intelligence experience and evaluate, by the direct propelling movement of material depot, reduce manual operation, greatly improve user's experience efficiency, evaluate by real-time experience, improve the efficiency that user evaluates, simultaneously, also increase the experience authenticity of user to industrial design product material therefor and the vitality of product, improved the comfortable and mood satisfaction of the psychology of user in whole process of consumption.
Brief description of the drawings
Below in conjunction with drawings and Examples, the invention will be further described.
Fig. 1 is a kind of embodiment schematic flow sheet that product industrial design expression material user of the present invention experiences method of testing;
Fig. 2 is the another kind of embodiment schematic flow sheet that product industrial design expression material user of the present invention experiences method of testing;
Fig. 3 is that product industrial design expression plane design sketch and two-dimensional coordinate system superpose and identification district alive in material place arranges schematic diagram;
Fig. 4 is that product industrial design expression plane 3D model and three-dimensional system of coordinate superpose and identification district alive in material place arranges schematic diagram;
Fig. 5 is that product industrial design expression material user experiences test scene schematic diagram;
Fig. 6 is that intelligent body is tested tester structural representation;
Fig. 7 is that Fig. 6 A-A is to view;
Fig. 8 is test macro flow process control schematic diagram of the present invention;
Fig. 9 is back link and drive motor fit structure schematic diagram;
Figure 10 is that Fig. 9 A-A is to view;
Figure 11 is back link and intermediate connecting rod syndeton schematic diagram;
Figure 12 is intermediate connecting rod and front rod syndeton schematic diagram;
Figure 13 is front rod and plate of material syndeton schematic diagram.
Embodiment
As shown in Figure 1, product industrial design expression material user of the present invention experiences the first embodiment of method of testing, comprise test terminal, test macro and material depot, described material depot is communicated and is connected by wire/wireless mode with described test terminal, said method comprising the steps of:
Step S11, test macro initialization arrange;
Step S12, product industrial design is expressed to demonstration figure carry out associated setting with sample of material in kind;
Step S13, carry out industrial design express user experience test;
Step S14, collection user experience test data;
Step S15, user experience test data and process and statistical report output.
Wherein, step S11 comprises: to experiment parameter and user profile setting, experiment parameter and user profile comprise: experimental period, each subscriber-coded, address name, age, sex, occupation, income, the city of living, target product user locate attribute etc.; Product industrial design expression material user is experienced to test survey parameter and arrange, the setting of test survey parameter comprises: the setting of survey table title item, survey data acquisition setting, the transmission of test data telecommunication network arrange;
Step S12 carries out associated setting steps by product industrial design expression demonstration figure with sample of material in kind and comprises:
Show industrial design expression at the first figure layer of image display area, in the second figure layer building coordinate viewing area, product industrial design expression and the stack of coordinate viewing area internal coordinate system;
The local coordinates regional association of living in of each feature that industrial design is expressed is set to Material Identification district alive, and makes each Material Identification district alive record the material class number of corresponding industrial design expression characteristic part;
Described material class number is associated with the sample of material coding in kind in plate of material in material depot;
Close coordinate viewing area.
As shown in Figure 2, product industrial design expression material user of the present invention experiences the second embodiment of method of testing, comprises the following steps:
Step S21, test macro initialization arrange;
Step S22, show that at the first figure layer of image display area industrial design expresses, in the second figure layer building coordinate viewing area, product industrial design expression and coordinate viewing area internal coordinate system superposes;
The local coordinates regional association of living in of each feature that step S23, industrial design are expressed is set to Material Identification district alive, and makes each Material Identification district alive record the material class number of corresponding industrial design expression characteristic part;
Step S24, described material class number is associated with the sample of material coding in kind in plate of material in material depot;
Step S25, close coordinate viewing area;
Step S26, detection user express the selection operation of a certain feature part to industrial design, trigger corresponding Material Identification district alive, and output material is experienced control signal;
Step S27, material depot are experienced sample of material output in kind correspondence for user;
Step S28, to be checked when measuring current sample of material in kind and being retracted, triggers questionnaire and eject, and voice message user selects to answer;
Step S29, collection user experience test data;
Step S210, user experience test data and process and statistical report output.
Above-mentioned steps S26-step S28 can repeat, to complete the experience test of industrial design being expressed to the local Material texture that used of further feature.
Wherein, in step S23, product industrial design is expressed demonstration figure and is comprised planar effect picture and 3D model, in the time that industrial design expression shows that figure is planar effect picture, coordinate viewing area internal coordinate is two-dimensional coordinate system, the local coordinates regional of living in of industrial design expression characteristic is rectangular coordinates district, the Material Identification that the coordinate by two, described rectangular coordinates district to angle point the arranges character pair part district that lives; In the time that industrial design expression shows that figure is 3D model, coordinate viewing area internal coordinate is three-dimensional system of coordinate, the local coordinates regional of living in of industrial design expression characteristic is three-dimensional rectangle coordinate district, by described three-dimensional rectangle coordinate district two solids, the coordinate of angle point is arranged the Material Identification district alive of character pair part;
In step S27 the material class number in corresponding each Material Identification district also association be provided with a pilot lamp coding, pilot lamp coding is also corresponding one by one with material class number in kind, specifically comprises: material depot receives material experience control signal; Material is experienced the plate of material control module of control signal in material depot and is amplified processing, and triggers plate of material and release signal; Plate of material is released, and when plate of material is encountered release travel switch, triggers stop signal, and plate of material is in experiencing state for user; Plate of material is released simultaneously, and material is experienced control signal and triggered the bright control signal of pilot lamp; Be pushed out plate of material and stop 10-20 second, plate of material is regained signal and is triggered, and plate of material is regained; Regain and encounter withdrawal travel switch when plate of material, withdrawal stops, and triggers material and experience questionnaire window ejection signal; Repeat above-mentioned steps, until all material in product industrial design expression is experienced complete by user.
The invention also discloses a kind of intelligent body of experiencing method of testing for realizing product industrial design expression user and test tester, comprise test terminal, input equipment, test macro and test material storehouse, described test terminal is communicated and is connected by wired or wireless mode with described test material storehouse; Wherein, test terminal is computer, comprises main frame 14 and display 15, can be desktop computer, can be also notebook computer, and input equipment comprises keyboard 16 and mouse 17, computer and material depot can carry out wired connection by cable, also can carry out wireless connections by bluetooth;
Described test macro comprises that main examination arranges system, data storage processing system, user's experiencing system and signal transmission system, described main examination arranges system and is connected with described user's experiencing system, described user's experiencing system is connected with data storage processing system, described user's experiencing system and described signal transmission system with signal double fluid to mode be connected; Wherein, main examination refers to that product industrial design expresses practical material and experience the presider of test experiments, testedly refers to tested user;
Wherein, main examination arranges system and comprises: initialization arranges module, arranges for test macro initialization; Material Identification district alive arranges module, and the local coordinates regional of living in of each feature of expressing for industrial design is set to Material Identification district alive, and makes each Material Identification district alive record the material class number of corresponding industrial design expression characteristic part; Sample of material relating module in kind, for being associated local with industrial design expression characteristic sample of material coding in kind test material storehouse corresponding associated Material Identification work district;
User's experiencing system comprises: display control module, for controlling the demonstration of industrial design expression and coordinate viewing area internal coordinate; Material Identification district alive trigger control module, the selection operation for detection of user to Material Identification district alive also triggers; Questionnaire window control module, for controlling the ejection of questionnaire window and closing; Data acquisition module, for gathering user profile and survey data;
Data storage processing system, for storing, process and export test data;
Signal transmission system, for control signal transmitted in both directions in test terminal and test material storehouse;
Described material depot, for placing sample of material 1 and triggering topworks and export the sample of material in kind 1 being associated in the time receiving control signal, described material depot comprises stuffing-box 2, plate of material 3, topworks and control system, described plate of material 3 is set up in parallel multiple, each plate of material 3 is all being equipped with along the mode of transversal stretching and described stuffing-box 2, corresponding each plate of material arranges a described topworks, control system comprises release for driving actuating mechanism controls respective material plate and the plate of material control module 4 of withdrawal, described plate of material control module 4 is connected with control signal transmission system.
In the present embodiment, corresponding each plate of material of the upper and lower biside plate inside surface of described stuffing-box is provided with a ball slide rail 5, described in each, topworks includes drive motor 6 and drive link 7, described drive link is six bar linkage structures, comprise two front rods, two intermediate connecting rods and two back links, described two front rod front ends and plate of material are hinged, rear end is corresponding hinged with an intermediate connecting rod front end respectively, two intermediate connecting rods are hinged in the mode of decussate, one back link rear end is fixed on drive motor axle, to be coated at the sleeve of motor shaft hinged with being fixedly installed on drive motor body clearance fit for another back link, and two back link front ends are corresponding hinged with an intermediate connecting rod rear end respectively, in addition, drive motor is arranged at stuffing-box 2 by electric machine support 12, is also provided with supply hub 13 on stuffing-box 2, as shown in Figure 9, upper back link 26 rear ends are equipped with and can be swung with motor shaft by an adapter sleeve 27 and the motor shaft 28 of drive motor, adapter sleeve is fixedly connected with motor shaft by pin 29, upper back link is fixedly connected with adapter sleeve by trip bolt 30, lower back link 31 is being equipped with around the mode of rotation of sleeve and sleeve 32 outsides, between lower back link and adapter sleeve, add the packing ring that is coated at sleeve pipe, 43 shell clearance engage sleeves are in motor shaft outside, the fixed head of sleeve pipe is fixedly installed on motor body by trip bolt 42, upper back link swings in company with motor shaft, lower back link is in passive swing position, sleeve pipe does not swing with motor shaft, as shown in Figure 10 and Figure 11, back link 26 and intermediate connecting rod 33, intermediate connecting rod 33 and front rod (being front rod 34 in figure) and hinged by pin (being pin 36 and pin 37 in figure), and be provided with axial jump ring for axial limiting (figure is axial jump ring 39 and axial jump ring 40), as shown in figure 12, front rod (being front rod 34 and front rod 35 in figure) is hinged by pin 38 with plate of material 3, and be provided with the axial jump ring 41 for axial limiting.
In the present embodiment, described material depot also comprises pilot lamp 8, corresponding each sample of material 1 being placed in plate of material 3 of described pilot lamp 8 arranges one, described material depot is provided with a withdrawal travel switch 9 in the inner that is positioned at each upside ball slide rail, be provided with a release travel switch 10 in the outer end that is positioned at each upside ball slide rail; Described control system also comprise be connected with control signal transmission system and for controlling the two-way travel switch control module regaining travel switch and release travel switch, be connected with control signal transmission system signal and for controlling the pilot lamp control module of indicator light switch and being connected with control signal transmission system two-way signaling and for controlling the interlocking module interlocking between each plate of material.
In the present embodiment, described initialization arranges module and comprises: experiment parameter and user profile arrange module, for experiment parameter and user basic information are arranged;
Test questionnaire arranges module, for test investigation option is set;
Described signal transmission system comprises:
Control signal transmitted in both directions module I, is arranged at test terminal and is connected in the mode of the two-way signaling flow direction with user's experiencing system, for control signal being transferred to test material storehouse and being received from the control signal separately that material depot transmits;
Control signal transmitted in both directions module II 11, is arranged on test material storehouse, for being received from the control signal transmitting inside, test terminal and the inner material depot control signal producing being flowed to test terminal.
In the present embodiment, described data storage processing system comprises:
Test data memory module, for collecting user profile and the storage of survey data;
Process and statistical module, be connected with described test data memory module, process and add up for user being experienced to test data;
Test analysis report generates and output print module, is connected, for the result of having added up is generated to test analysis report and prints with processing with statistical module;
Also comprise: telecommunication network sending module, is connected with test data memory module, for test data being sent to high in the clouds data center;
High in the clouds data center module, is connected with telecommunication network sending module, experiences test data for storing beyond the clouds user.
Test tester embodiment below in conjunction with intelligent body, the specific embodiment that product industrial design expression material user of the present invention is experienced to method of testing describes, and method specifically comprises the following steps:
Step S31, user is experienced to test macro carry out initialization.Before user experiences test experiments and starts, main examination is expressed user in product industrial design and experimental period, each user (tested) coding, address name, age, sex, occupation, income, the city of living, target product user are set in experiencing test macro are located the essential informations such as attribute; Product industrial design is expressed to user and experience settings of test questionnaire (the electric questionnaire table showing on computer screen) topic, survey data acquisition setting, test data telecommunication network and transmit and arrange etc., make user experience test macro in wait state;
Step S32, carry out product industrial design express identification live district arrange.Main examination shows product industrial design expression (design sketch, 3D model) at computer screen (display 15) the first figure layer, show two dimension or three-dimensional system of coordinate at screen the second figure layer, (design sketch, 3D model) and two dimension or three-dimensional system of coordinate stack are expressed in product industrial design, as shown in Figure 3 and Figure 4.
In the time that product industrial design is expressed as effect Figure 18, the second figure layer is two-dimensional coordinate viewing area 20, (A (x as associated with rectangular coordinates district in front shield glass of sedan car material in Fig. 3
1, y
1), B (x
2, y
2)), by two, rectangular coordinates district, angle point A and B coordinate are set to front shield glass of sedan car Material Identification district 19 alive, on indicator screen, be also provided with rectangle frame selection tool 21.Gai Huo district has recorded windshield material class number Mi in car industry design expression, material class number M (z in kind in material class number in this design expression and material depot in plate of material, n) association, wherein M (z, n) representative: n sample of material in z plate of material in material depot;
In the time that product industrial design is expressed as 3D model 22, product 3D models show district and three-dimensional coordinate viewing area 23 are superposeed, on indicator screen, be also provided with three-dimensional rectangle selection tool 25, as passed through A in the residing three-dimensional rectangle coordinate of sedan door material district in Fig. 4
2b
2two solids arrange (A to angle point three-dimensional coordinate
2(x
1, y
1, z
1), B
2(x
2, y
2, z
2)), this three-dimensional coordinate district is door identification district 24 alive, sample of material M (z in kind in Gai Huo district and material depot
2, n
2) be associated.Wherein M (z
2, n
2) representative: z in material depot
2n in individual plate of material
2number sample of material.
Product industrial design expression and coordinate viewing area can equal proportion convergent-divergents, when setting up product industrial design, main examination expresses after associated setting of coordinate in various materials and region of living in, close coordinate viewing area, when user's (tested) expresses in to-be-experienced product industrial design, in computer screen, coordinate viewing area is invisible.
When being clicked A by mouse on probation
2b
2when the material of region representative, z in material depot
2plate of material is pushed out, n in the plate of material being simultaneously pushed out
2number pilot lamp is bright, indicates tested this material object material that goes to experience.
The output control signal of plate of material M (z, n) is: in material depot, z bulk flitch is pushed out, and the pilot lamp that simultaneously identifies No. n material in kind on plate is bright, indicates tested this material object material that goes to experience.
Step S33, product industrial design are expressed user and are experienced test.Main examination shows product industrial design expression (design sketch on computer screen, 3D model), the design sketch showing on user's (tested) eyes view screen, 3D model, when user thinks experience effect figure, in 3D model, express certain material time, user can click this material place coordinates regional with mouse, this Material Identification " district lives " is triggered, output control signal, and be transferred to material depot in kind by basket tooth system, drive plate of material ejecting mechanism in material depot, from material depot, release certain bulk flitch (being provided with N bulk flitch in material depot), the material below instruction of in this plate of material, user being experienced is lighted, indicating user is by touching and experience this material object material with hand soon.
This step embodiment is: comprise the following steps: step S331, material depot original state.Before user experiences, the all material plate of experiencing for user is all in stuffing-box, in plate of material, paste in advance and gone up the sample of material in kind that n × n piece is experienced for user, each sample of material piece in kind below is provided with a pilot lamp, the coding of these material blocks in kind and pilot lamp is expressed identification of living in district alive with product industrial design on computer screen and is encoded corresponding, identify the live corresponding material block in kind of district's coding and pilot lamp coding for one, these information are all stored in user and experience in software system.
Step S332, material depot receive material and experience control signal.In the time that user clicks on computer screen with mouse that certain the material region in (design sketch or 3D model) is expressed in product industrial design, testing software triggers a material and experiences control signal, this material experience control signal is sent to the communication module of material depot by communication cable or Bluetooth system, material depot control system is delivered in control information by communication module.
Step S333, control system trigger plate of material and release signal.Control system receives material and experiences after control signal, and treated and amplification, exports a control signal to drive motor, the power supply of drive motor power supply opening.
Step S334, plate of material are released.Drive motor (being positioned at a horizontal summit of six-bar mechanism) in plate of material delivery device is received to release and is driven forward after signal, drive crank rotates, crank drives the upper and lower summit of six-bar mechanism to draw in to centre again, outwards move in another summit with drive motor on same level line, the plate of material that promotion is attached thereto skids off stuffing-box along slide rail, in the time that plate of material skids off user and can see all material blocks in kind in plate of material, plate of material is encountered release travel switch, trigger stop signal, make drive motor stall, plate of material is experienced state in user.
Step S335, pilot lamp are bright.After plate of material is pushed out, control signal triggers the bright control signal of pilot lamp, trigger the pilot lamp identical with experiencing material class number by the control circuit board in stuffing-box bright, the material that the user of announcement experiences light yellow pilot lamp top is exactly that user wants the material in kind of experiencing, and user starts soon or hand touches material in kind.
Step S336, plate of material are regained.Pushed go out plate of material stop after 10-20 seconds time, control device 9 triggers regains signal to drive motor, drive motor reversion, the reversion of drive crank, crank drives two end motions up and down of six-bar mechanism upper and lower side hinge, inwardly move in the horizontal summit of six-bar mechanism being connected with plate of material, drive plate of material inner slip along slide rail to stuffing-box, plate of material is withdrawn in stuffing-box, in the time that returning to stuffing-box, plate of material encounters withdrawal travel switch, travel switch Trig control signal makes drive motor stall, and plate of material is all regained.
Step S337, triggering material are experienced questionnaire and are ejected signal.Returning to stuffing-box when plate of material encounters and regains when travel switch, travel switch is except triggering drive motor stall control signal, also trigger a user and experience test questionnaire ejection control signal, this control signal is returned to the test control software in computer through stube cable or the basket tooth system of material depot and computer, trigger questionnaire window ejects on screen, and voice message user selects to answer by puing question to, thereby complete a kind of experience test of material.
Step S338, loop body test examination.Repeating step 332 is to the process of step 337, and user can experience other plate of material and the material of material in kind, directly cause product industrial design express in all material experienced by user complete, as shown in Figure 5.
Step S34, user experience test data collection.When user has experienced (every kind of material 10-20 seconds time of experience is adjustable) after material effect in kind, automatic spring questionnaire window on computer screen, user experiences result (as the product material of experiencing is delithted with, is liked,, do not like) by puing question in window to select to answer, data acquisition software record and store each user and experience test data.
Step S35, user experience test data and process and statistical report output.After all users that (material) one group experiment is expressed in product industrial design experience and have tested, Data Management Analysis software in computer both can be experienced test data to unique user and process, generate and export user and experience test report (electronic edition), or the report of printout papery; Also can experience test data to multiple users and carry out statistical study, generate and export multiple users' experience test report (electronic edition), or print papery report, experimentation finishes.
Finally explanation is, above embodiment is only unrestricted in order to technical scheme of the present invention to be described, although the present invention is had been described in detail with reference to preferred embodiment, those of ordinary skill in the art is to be understood that, can modify or be equal to replacement technical scheme of the present invention, and not departing from aim and the scope of technical solution of the present invention, it all should be encompassed in the middle of claim scope of the present invention.
Claims (10)
1. a product industrial design is expressed material user and is experienced method of testing, it is characterized in that: comprise test terminal, test macro and material depot, described material depot is communicated and is connected by wire/wireless mode with described test terminal, said method comprising the steps of:
Test macro initialization arranges;
Product industrial design is expressed to demonstration figure and carry out associated setting with sample of material in kind;
Carry out industrial design expression user and experience test;
Gather user and experience test data;
User experiences test data and processes and statistical report output;
Wherein, product industrial design expression demonstration figure being carried out to associated setting steps with sample of material in kind comprises:
Show industrial design expression at the first figure layer of image display area, in the second figure layer building coordinate viewing area, product industrial design expression and the stack of coordinate viewing area internal coordinate system;
Industrial design is expressed the local coordinates regional of living in of each feature in demonstration figure and is set to Material Identification district alive, and makes each Material Identification district alive record the material class number of corresponding industrial design expression characteristic part;
Described material class number is associated with the sample of material coding in kind in plate of material in material depot;
Close coordinate viewing area.
2. product industrial design according to claim 1 is expressed material user and is experienced method of testing, it is characterized in that: product industrial design is expressed demonstration figure and comprised planar effect picture and 3D model, in the time that industrial design expression shows that figure is planar effect picture, coordinate viewing area internal coordinate is two-dimensional coordinate system, the local coordinates regional of living in of industrial design expression characteristic is rectangular coordinates district, the Material Identification that the coordinate by two, described rectangular coordinates district to angle point the arranges character pair part district that lives;
In the time that industrial design expression shows that figure is 3D model, coordinate viewing area internal coordinate is three-dimensional system of coordinate, the local coordinates regional of living in of industrial design expression characteristic is three-dimensional rectangle coordinate district, by described three-dimensional rectangle coordinate district two solids, the coordinate of angle point is arranged the Material Identification district alive of character pair part.
3. express material user according to product industrial design described in the arbitrary claim of claim 1-2 and experience method of testing, it is characterized in that: carry out user and experience testing procedure and comprise:
Detect user and industrial design is expressed to the selection operation of a certain feature part, trigger corresponding Material Identification district alive, output material is experienced control signal;
Material depot is experienced sample of material output in kind correspondence for user;
To be checked when measuring current sample of material in kind and being retracted, trigger questionnaire and eject, and voice message user selects to answer;
Above-mentioned steps can repeat, to complete the experience test of industrial design being expressed to the local Material texture that used of further feature.
4. product industrial design according to claim 3 is expressed material user and is experienced method of testing, it is characterized in that: the material class number in corresponding each Material Identification district also association is provided with a pilot lamp coding, pilot lamp coding is also corresponding one by one with material class number in kind, and described material depot is experienced step by sample of material output in kind correspondence for user and comprised:
Material depot receives material and experiences control signal;
Material is experienced the plate of material control module of control signal in material depot and is amplified processing, and triggers plate of material and release signal;
Plate of material is released, and when plate of material is encountered release travel switch, triggers stop signal, and plate of material is in experiencing state for user;
Plate of material is released simultaneously, and material is experienced control signal and triggered the bright control signal of pilot lamp;
Be pushed out plate of material and stop 10-20 second, plate of material is regained signal and is triggered, and plate of material is regained;
Regain and encounter withdrawal travel switch when plate of material, withdrawal stops, and triggers material and experience questionnaire window ejection signal;
Repeat above-mentioned steps, until all material in product industrial design expression is experienced complete by user.
5. product industrial design according to claim 4 is expressed material user and is experienced method of testing, it is characterized in that: test macro initialization setting steps comprises:
Experiment parameter and user profile setting;
Product industrial design expression material user is experienced to test survey parameter to be arranged;
Wherein, experiment parameter and user profile comprise: experimental period, each subscriber-coded, address name, age, sex, occupation, income, the city of living, target product user locate attribute;
The setting of test survey parameter comprises: the setting of survey table title item, survey data acquisition setting, the transmission of test data telecommunication network arrange.
6. experience the experience tester of method of testing for realizing product industrial design expression material user as claimed in claim 1 for one kind, it is characterized in that: comprise test terminal, input equipment, test macro and test material storehouse, described test terminal is communicated and is connected by wired or wireless mode with described test material storehouse;
Described test macro comprises that main examination arranges system, data storage processing system, user's experiencing system and signal transmission system, described main examination arranges system and is connected with described user's experiencing system, described user's experiencing system is connected with data storage processing system, described user's experiencing system and described signal transmission system with signal double fluid to mode be connected;
Wherein, main examination arranges system and comprises: initialization arranges module, arranges for test macro initialization; Material Identification district alive arranges module, and the local coordinates regional of living in of each feature of expressing for industrial design is set to Material Identification district alive, and makes each Material Identification district alive record the material class number of corresponding industrial design expression characteristic part; Sample of material relating module in kind, is associated for district that the corresponding matter identification of local to sample of material coding in kind test material storehouse and industrial design expression characteristic institute is lived;
User's experiencing system comprises: display control module, for controlling the demonstration of industrial design expression and coordinate viewing area internal coordinate; Material Identification district alive trigger control module, the selection operation for detection of user to Material Identification district alive also triggers; Questionnaire window control module, for controlling the ejection of questionnaire window and closing; Data acquisition module, for gathering user profile and survey data;
Data storage processing system, for storing, process and export test data;
Signal transmission system, for control signal transmitted in both directions in test terminal and test material storehouse;
Described material depot, for placing sample of material and triggering topworks and export the sample of material in kind being associated in the time receiving control signal, described material depot comprises stuffing-box, plate of material, topworks and control system, described plate of material is set up in parallel multiple, each plate of material is all being equipped with along the mode of transversal stretching and described stuffing-box, corresponding each plate of material arranges a described topworks, control system comprises release for driving actuating mechanism controls respective material plate and the plate of material control module of withdrawal, described plate of material control module is connected with control signal transmission system.
7. experience tester according to claim 6, is characterized in that: corresponding each plate of material of the upper and lower biside plate inside surface of described stuffing-box is provided with a ball slide rail; Described in each, topworks includes drive motor and drive link, described drive link is six bar linkage structures, comprise two front rods, two intermediate connecting rods and two back links, described two front rod front ends and plate of material are hinged, rear end is corresponding hinged with an intermediate connecting rod front end respectively, two intermediate connecting rods are hinged in the mode of decussate, one back link rear end is fixed on drive motor axle, another back link is equipped with mode and the described drive motor that can rotate around motor shaft axis, and two back link front ends are corresponding hinged with an intermediate connecting rod rear end respectively.
8. experience tester according to claim 7, it is characterized in that: described material depot also comprises pilot lamp, corresponding each sample of material being placed in plate of material of described pilot lamp arranges one, described material depot is provided with a withdrawal travel switch in the inner that is positioned at each upside ball slide rail, be provided with a release travel switch in the outer end that is positioned at each upside ball slide rail; Described control system also comprise be connected with control signal transmission system and for controlling the two-way travel switch control module regaining travel switch and release travel switch, be connected with control signal transmission system signal and for controlling the pilot lamp control module of indicator light switch and being connected with control signal transmission system two-way signaling and for controlling the interlocking module interlocking between each plate of material.
9. experience tester according to claim 8, is characterized in that: described initialization arranges module and comprises:
Experiment parameter and user profile arrange module, for experiment parameter and user basic information are arranged;
Test questionnaire arranges module, for test investigation option is set;
Described signal transmission system comprises:
Control signal transmitted in both directions module I, is arranged at test terminal and is connected in the mode of the two-way signaling flow direction with user's experiencing system, for control signal being transferred to test material storehouse and being received from the control signal separately that material depot transmits;
Control signal transmitted in both directions module II, is arranged on test material storehouse, for being received from the control signal transmitting inside, test terminal and the inner material depot control signal producing being flowed to test terminal.
10. experience tester according to claim 9, is characterized in that: described data storage processing system comprises:
Test data memory module, for collecting user profile and the storage of survey data;
Process and statistical module, be connected with described test data memory module, process and add up for user being experienced to test data;
Test analysis report generates and output print module, is connected, for the result of having added up is generated to test analysis report and prints with processing with statistical module;
Also comprise: telecommunication network sending module, is connected with test data memory module, for test data being sent to high in the clouds data center;
High in the clouds data center module, is connected with telecommunication network sending module, experiences test data for storing beyond the clouds user.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410249386.XA CN103995090B (en) | 2014-06-06 | 2014-06-06 | Product industrial design is expressed material Consumer's Experience test data collection method and is experienced tester |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410249386.XA CN103995090B (en) | 2014-06-06 | 2014-06-06 | Product industrial design is expressed material Consumer's Experience test data collection method and is experienced tester |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103995090A true CN103995090A (en) | 2014-08-20 |
| CN103995090B CN103995090B (en) | 2015-12-30 |
Family
ID=51309311
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410249386.XA Active CN103995090B (en) | 2014-06-06 | 2014-06-06 | Product industrial design is expressed material Consumer's Experience test data collection method and is experienced tester |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN103995090B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110471658A (en) * | 2019-07-10 | 2019-11-19 | 成都摹客科技有限公司 | A kind of selection method of figure layer, system and computer storage medium |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2003009194A1 (en) * | 2001-07-17 | 2003-01-30 | Matsushita Electric Industrial Co., Ltd. | Product check system and product check method |
| CN101510285A (en) * | 2009-03-25 | 2009-08-19 | 钟明 | Self-service inquisition system and inquisition method |
| CN101894432A (en) * | 2010-07-14 | 2010-11-24 | 冉文学 | Automatic library book storage and accessing method and equipment |
| CN102208055A (en) * | 2011-05-24 | 2011-10-05 | 翔傲信息科技(上海)有限公司 | Development method for ensuring user experience quality and product innovative design |
| CN102323985A (en) * | 2011-09-08 | 2012-01-18 | 盛乐信息技术（上海）有限公司 | Real and virtuality conversion system and method |
| CN102502212A (en) * | 2011-10-19 | 2012-06-20 | 江苏菲达宝开电气有限公司 | Intelligent distribution control system for material flow conveying and sorting and working process of intelligent distribution control system |
| CN103295116A (en) * | 2013-05-14 | 2013-09-11 | 东方电气集团东方电机有限公司 | Intelligent steel plate warehouse management system |
-
2014
- 2014-06-06 CN CN201410249386.XA patent/CN103995090B/en active Active
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2003009194A1 (en) * | 2001-07-17 | 2003-01-30 | Matsushita Electric Industrial Co., Ltd. | Product check system and product check method |
| CN101510285A (en) * | 2009-03-25 | 2009-08-19 | 钟明 | Self-service inquisition system and inquisition method |
| CN101894432A (en) * | 2010-07-14 | 2010-11-24 | 冉文学 | Automatic library book storage and accessing method and equipment |
| CN102208055A (en) * | 2011-05-24 | 2011-10-05 | 翔傲信息科技(上海)有限公司 | Development method for ensuring user experience quality and product innovative design |
| CN102323985A (en) * | 2011-09-08 | 2012-01-18 | 盛乐信息技术（上海）有限公司 | Real and virtuality conversion system and method |
| CN102502212A (en) * | 2011-10-19 | 2012-06-20 | 江苏菲达宝开电气有限公司 | Intelligent distribution control system for material flow conveying and sorting and working process of intelligent distribution control system |
| CN103295116A (en) * | 2013-05-14 | 2013-09-11 | 东方电气集团东方电机有限公司 | Intelligent steel plate warehouse management system |
Non-Patent Citations (2)
| Title |
|---|
| 李晓艳: "基于单层 BOM 的产品族配置管理研究", 《机械》, 31 December 2009 (2009-12-31), pages 59 - 63 * |
| 郭钢: "计算机信息技术与当代汽车开发新技术", 《计算机辅助设计与制造》, 31 December 1996 (1996-12-31), pages 36 - 38 * |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110471658A (en) * | 2019-07-10 | 2019-11-19 | 成都摹客科技有限公司 | A kind of selection method of figure layer, system and computer storage medium |
Also Published As
| Publication number | Publication date |
|---|---|
| CN103995090B (en) | 2015-12-30 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US9847043B1 (en) | Student driver feedback system allowing entry of tagged events by instructors during driving tests | |
| CN111681482B (en) | Express virtual reality teaching system and teaching method in VR environment | |
| WO2018210257A1 (en) | Method and system of practical trouble shooting training for ship navigation devices based on vr technology | |
| CN110232696A (en) | A kind of method of image region segmentation, the method and device of model training | |
| CN105096685A (en) | Multi-perception emergency training system for petrochemical fire scenario | |
| CN108829607A (en) | A kind of Software Defects Predict Methods based on convolutional neural networks | |
| CN107729065A (en) | The method and system of a kind of 3 D monitoring | |
| CN110044310B (en) | Building design device based on BIM | |
| CN110765635A (en) | Collaboration method, system, electronic device, and medium for digital twin system | |
| CN105359166A (en) | Collection of machine learning training data for expression recognition | |
| CN110517259A (en) | A kind of detection method, device, equipment and the medium of product surface state | |
| CN104616558A (en) | Tower crane simulation training system | |
| CN110322099A (en) | The training activity that assessment user carries out in interactive computer simulation | |
| CN110322104A (en) | Performance indicators in interactive computer simulation | |
| CN106201898A (en) | A kind of method and device of test software based on artificial intelligence | |
| Conati et al. | Further Results on Predicting Cognitive Abilities for Adaptive Visualizations. | |
| CN110114194A (en) | System and method for determining the grip locations of double-grip industrial object | |
| CN113537496A (en) | Deep learning model visual construction system and application and design method thereof | |
| CN110458791A (en) | Mass defect detection method and detection device | |
| CN110379240A (en) | A kind of power station maintenance simulation training system based on virtual reality technology | |
| CN106777602B (en) | Simulation experiment method for pulverized coal explosion | |
| CN103995090A (en) | User experience test method for product industrial design expression materials and experiment tester thereof | |
| CN203025987U (en) | Four-dimensional (4D) watercraft simulating and training device | |
| CN202512805U (en) | Device for teaching quick repair of automobile | |
| CN114078347B (en) | Teenager STEAM education system and method |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |