CN206672407U - Open modularization, separate type, shared electronic engineering training platform - Google Patents
Open modularization, separate type, shared electronic engineering training platform Download PDFInfo
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- CN206672407U CN206672407U CN201720239243.XU CN201720239243U CN206672407U CN 206672407 U CN206672407 U CN 206672407U CN 201720239243 U CN201720239243 U CN 201720239243U CN 206672407 U CN206672407 U CN 206672407U
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Abstract
It the utility model is related to open modularization, separate type, shared electronic engineering training platform, belong to electrical and electronic teaching auxiliary Tools Technology, the modularization of described opening, separate type, shared electronic engineering training platform includes power module (1), signal acquisition module (2), expanding element module (3), microcontroller (4), display module (5), executing agency (6), described signal acquisition module (2), expanding element module (3), microcontroller (4), display module (5), executing agency (6) electrically connects with power module (1) respectively.The utility model proposes a kind of modularization, separate type, shared electronic engineering training platform, platform is by the power supply needed for electronic information class engineering training, display, button design into independent module, user can arbitrarily be used by interface, it is inadequate to solve integral type course content experimental box synthesis degree, resource can not be inter-course shared the problem of.
Description
Technical field
The utility model belongs to electrical and electronic teaching auxiliary Tools Technology, specifically, be related to open modularization,
Separate type, shared electronic engineering training platform.
Background technology
The high existing engineering training of school mostly uses integral type course content experimental box, and experimental box has concentrated the course institute
Some experiment contents, the experimental box for process capability combined training is there is no, and traditional integral type course content is real
Tryoff has the following disadvantages：
1st, integral type course content experimental box, curriculum experiment content can only be met, not for process capability combined training
Ability.
2nd, integral type course content experimental box is in use, and student does not know the structure of experimental box, can only blindly, by in-motion viewing
The result of record experiment is examined, experimental resources can not be reasonably utilized and develop.
3rd, integral type course content experimental box is in use, and student can not further play according to personal interest, to student
Enlightenment help it is very limited.
4th, integral type course content experimental box is in use, and course is relatively independent, without inter-course association, influences student
The culture of integration capability.
Therefore, in order to overcome the shortcomings of integral type curriculum experiment case, meet the purpose of process capability combined training, solve money
Concentrate fixed, resource can not be in the problem of inter-course shared, student resource performance is limited in source, it is necessary to improve existing Electronic Training
Platform, making it have comprehensive strong, resource can share, and student resource plays the characteristics of space is big.
Utility model content
The problem of in order to overcome in background technology, the utility model proposes modularization, separate type, shared electronic engineering
Training platform, platform is by the power supply needed for electronic information class engineering training, display, button design into independent module, user
Arbitrarily used by interface, it is inadequate to solve integral type course content experimental box synthesis degree, and resource can not be inter-course shared
The problem of, platform adds the structure design of module using mother matrix, and student can complete the experiment content of curriculum module, also supports autonomous
Design module to replace, can be embedded in platform and use, improve the efficiency of experiment, while the reserved expansion interface of platform, student can be with
The input of very little, personal interest expansion experiments project is completed by platform, reduces the cost of input.
To achieve these goals, the utility model is realized according to following technical scheme：
The modularization of described opening, separate type, shared electronic engineering training platform include power module 1, signal
Acquisition module 2, expanding element module 3, microcontroller 4, display module 5, executing agency 6, described signal acquisition module 2, expand
Exhibition unit module 3, microcontroller 4, display module 5, executing agency 6 electrically connect with power module 1 respectively, signal acquisition module 2,
Expanding element module 3, display module 5, executing agency 6 are connected with the signal of microcontroller 4 respectively.
Described power module 1 includes power indicating circuit, and described power indicating circuit includes light emitting diode, direct current
Power supply, resistance, dc source are connected with the one end of LED 1, and the other end of LED 1 and resistance R2 are another
End, the resistance R3 other ends connect and are grounded, and the resistance R2 other ends are connected with the one end of LED 2, LED 2
Another termination 12V DC positive source, the resistance R3 other ends are connected with the one end of LED 3, and LED 3 is another
One termination 12V DC power cathode.
Described power module 1, signal acquisition module 2, expanding element module 3, microcontroller 4, display module 5, perform
Mechanism 6 uses identical model splicing interface.
Described microcontroller 4 is one kind of single-chip microcomputer or PLD chips.
Described display module 5 is using one kind in LED, LCD, OLED.
Described LED uses the LED of 8 data, LCD to use the OLED of 8 data using LCD, OLED of 8 data.
The beneficial effects of the utility model：
The utility model platform is according to the requirement for cultivating applied talent, using " the religion of " Jean-Paul Sartre, task-driven "
Learn, do " teaching pattern of integration, platform is by the power supply needed for electronic information class engineering training, display, button design into independence
Module, user arbitrarily used by interface, solves the problems, such as Students ' Engineering practical competence deficiency." open mould
Block, separate type, shared electronic engineering training platform ", the modular training being actively engaged in by student, support are independently set
Count module to replace, used in embedded platform, improve the efficiency of experiment, while platform reserves expansion interface, student can be with very little
Input, by platform complete personal interest expansion experiments project, solve Students ' Engineering ability culture chance condition question.
Brief description of the drawings
Fig. 1 is structured flowchart of the present utility model；
Fig. 2 is the electrical block diagram of power module；
Fig. 3 is the electrical block diagram of signal acquisition module；
Fig. 4 is expanding element modular circuit structural representation；
Fig. 5 is microcontroller circuit structural representation；
Fig. 6 is display module electrical block diagram.
In figure, 1- power modules, 2- signal acquisition modules, 3- expanding elements module, 4- microcontrollers, 5- display modules,
6- executing agencies.
Embodiment
In order that the purpose of this utility model, technical scheme and beneficial effect are clearer, clear, below in conjunction with attached
Figure, preferred embodiment of the present utility model is described in detail, to facilitate the technical staff to understand.
Abilities-training in engineering deficiency based on the high engineering education generally existing in China, lack training and receive integrated real
Tryoff carries out the real current situation of practical training, summarizes, has been extracted to improve Students ' Engineering consciousness during long-term teaching
With " open modularization, separate type, shared electronic engineering training platform " for the purpose of process capability, platform is according to electronics
Information engineering specialty practical talent training positions, and by clear and definite emphasis and the progressive implementation of sub-module, solves Students ' Engineering energy
The problem of consciousness weakness in power culture, it has the advantage that：
1. modules have respective specific function, as needed and a separate unit circuit, the module can be made
Function independent of other modules, can isolated operation, realize the module of function and the separation of other modules, do not influence other modules
Work.
2. each separate unit circuit module, integrated circuit only is being combined into, when completing systemic-function, is being connect by mother matrix
Mouth connects into an entirety, and each functional module can work independently, and physically realize separable.
3. each module has rational interface by reticle combinations into a system entirety；Each functional module can be in interface
It is replaced under constraints, that is to say, that the works no matter who does, as long as meeting interface constraints condition, replace original
After module, system can normal operation, just illustrate that the functions of modules reaches requirement.Wherein one or more can be replaced in study
Module has examined the function of oneself works.For student one by one after module replacement, the system of combination is exactly oneself to set completely
The works made are counted, purpose that is progressive and effectively training is carried out to student ability so as to reach, also embodies being total to for integral platform
Enjoying property.
As shown in figures 1 to 6, the utility model discloses modularization, separate type, the shared electronic engineering of described opening
Training platform, its technical scheme are as follows：The modularization of described opening, separate type, shared electronic engineering training platform bag
Include power module 1, signal acquisition module 2, expanding element module 3, microcontroller 4, display module 5, executing agency 6.
Described signal acquisition module 2, expanding element module 3, microcontroller 4, display module 5, executing agency 6 respectively with
Power module 1 electrically connects, and power module 1 provides electric energy for the reliable and stable operation of each functional module, signal acquisition module 2,
Expanding element module 3, display module 5, executing agency 6 are connected with the signal of microcontroller 4 respectively, and described microcontroller 4 is single
One kind of piece machine or PLD chips, can make the reliable and stable work of each functional module, and executing agency 6 is reliably performed, and put down
Platform provides the interface of same model, and each functional module can be replaced under the conditions of interface constraints, that is to say, that either
The works who does, as long as meeting interface constraints condition, after replacing original module, system just being capable of normal operation.
Described display module 5 is the LED of 8 data, one kind in the OLED of the LCD of 8 data, 8 data, can be replaced
It is transsexual strong, the practicality and high efficiency of platform are embodied, LED is only able to display digital and a small number of characters, had in display content scarce
Fall into, but LED is cheap, and programming is simple, is especially suitable for beginner's study, LCD and OLED can show numeral and character, Chinese character,
Picture, display content are enriched, but price is expensive compared with LED, program more complicated than LED, are adapted to extension study and product development, student can be from
Simple LED, which is shown, to start with, upper quick-moving, therefore just class hour preferred LED；LCD and OLED study can be subsequently arranged, makes student's
Ability is stepped up, and embodies incremental, to steadily improve teaching rule.
Described power module 1 includes power indicating circuit, and described power indicating circuit includes light emitting diode, direct current
Power supply, resistance, dc source are connected with the one end of LED 1, and the other end of LED 1 and resistance R2 are another
End, the resistance R3 other ends connect and are grounded, and the resistance R2 other ends are connected with the one end of LED 2, LED 2
Another termination 12V DC positive source, the resistance R3 other ends are connected with the one end of LED 3, and LED 3 is another
One termination 12V DC power cathode, after power module goes wrong, power module can be only replaced, other functions of modules are not
Interdepend, can isolated operation, realize the separation of functional module and other modules, do not influence the work of other modules.
Described power module 1, signal acquisition module 2, expanding element module 3, microcontroller 4, display module 5, perform
Mechanism 6 uses identical model splicing interface, and when completing systemic-function, an entirety, each work(are connected into by mother matrix interface
Energy module can work independently, and be physically separate from each other.
The course of work of the present utility model：
On platform mother matrix after electricity, power module 1 can provide the power supply needed for modules, and microcontroller 4 is each
Module provides the data connection needed, and platform totally realizes an analog data acquisition, signal transmission, the function of numerical monitor,
The processing of microcontroller 4 control and the function of display；Display module 5 shows that normal side is qualified.
Sub-module is implemented in training, and signal acquisition module 2, microcontroller 4, display module 5 are respectively One function module,
Carry out in experimentation, modules have independent function, and and can makes a separate unit circuit, each function mould as needed
Block realizes that each unique function independent of other modules, realizes the module of function and the separation of other modules, do not influence other
The work of module.Each separate functional blocks, an entirety is connected into by mother matrix interface, each functional module is functionally mutual
It is independent, worked independently as long as providing corresponding control signal can, physically realize and separate, it is only integral in combination
Circuit, when completing systemic-function, ability uniform operational.
Signal acquisition module 2, microcontroller 4,5 each functional module of display module use unified standard model interface, and
Signal acquisition module 2, microcontroller 4, the 5 each functional module of display module of original function module are replaced, also using original letter
Number acquisition module 2, microcontroller 4, the unified standard interface of the functional module of display module 5, each module is using unified standard interface
By reticle combinations into a system entirety.Each identical function module can be replaced under the conditions of interface constraints, to learning
Raw ability carries out progressive and effective training, and classmates only need to make a part of functional module, and by this partial function mould
Block replace platform mother matrix on corresponding functional module with regard to that can be verified, student one by one module replace after, combination
System is exactly the works oneself designed and produced completely, and when display module normal operation, function is normal, indicates that classmate's experiment section
Mesh has reached requirement, and so design can embody the religion taught students in accordance with their aptitude according to the custom and mode choice experiment method of classmate
Learn principle.
The utility model platform is according to the requirement for cultivating applied talent, using " the religion of " Jean-Paul Sartre, task-driven "
Learn, do " teaching pattern of integration, platform is by the power supply needed for electronic information class engineering training, display, button design into independence
Module, user arbitrarily used by interface, solves the problems, such as Students ' Engineering practical competence deficiency.
" open modularization, separate type, shared electronic engineering training platform ", the module being actively engaged in by student
Change training, support autonomous Design module to replace, used in embedded platform, improve the efficiency of experiment, while platform is reserved extension and connect
Mouthful, student can be completed personal interest expansion experiments project by platform, solved Students ' Engineering ability culture with the input of very little
Chance condition question.
Finally illustrate, described above is preferred embodiment of the present utility model, although being preferable to carry out by above-mentioned
Example, the utility model is described in detail, it is to be understood by those skilled in the art that can in form and carefully
It is variously modified on section, without departing from the scope required by the utility model claims book.
Claims (6)
1. the modularization opened, separate type, shared electronic engineering training platform, it is characterised in that：The mould of described opening
Block, separate type, shared electronic engineering training platform include power module (1), signal acquisition module (2), expanding element
Module (3), microcontroller (4), display module (5), executing agency (6), described signal acquisition module (2), expanding element mould
Block (3), microcontroller (4), display module (5), executing agency (6) electrically connect with power module (1) respectively, signal acquisition module
(2), expanding element module (3), display module (5), executing agency (6) are connected with microcontroller (4) signal respectively.
2. the modularization of opening according to claim 1, separate type, shared electronic engineering training platform, its feature
It is：Described power module (1) includes power indicating circuit, and described power indicating circuit includes light emitting diode, direct current
Power supply, resistance, dc source are connected with the one end of LED 1, and the other end of LED 1 and resistance R2 are another
End, the resistance R3 other ends connect and are grounded, and the resistance R2 other ends are connected with the one end of LED 2, LED 2
Another termination 12V DC positive source, the resistance R3 other ends are connected with the one end of LED 3, and LED 3 is another
One termination 12V DC power cathode.
3. the modularization of opening according to claim 1, separate type, shared electronic engineering training platform, its feature
It is：Described power module (1), signal acquisition module (2), expanding element module (3), microcontroller (4), display module
(5), executing agency (6) uses same model splicing interface.
4. the modularization of opening according to claim 1, separate type, shared electronic engineering training platform, its feature
It is：Described microcontroller (4) is one kind of single-chip microcomputer or PLD chips.
5. the modularization of opening according to claim 1, separate type, shared electronic engineering training platform, its feature
It is：Described display module (5) uses any one in LED, LCD, OLED.
6. the modularization of opening according to claim 5, separate type, shared electronic engineering training platform, its feature
It is：Described LED uses the LED of 8 data, LCD to use the OLED of 8 data using LCD, OLED of 8 data.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720239243.XU CN206672407U (en) | 2017-03-13 | 2017-03-13 | Open modularization, separate type, shared electronic engineering training platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720239243.XU CN206672407U (en) | 2017-03-13 | 2017-03-13 | Open modularization, separate type, shared electronic engineering training platform |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206672407U true CN206672407U (en) | 2017-11-24 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720239243.XU Expired - Fee Related CN206672407U (en) | 2017-03-13 | 2017-03-13 | Open modularization, separate type, shared electronic engineering training platform |
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| Country | Link |
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| CN (1) | CN206672407U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108257492A (en) * | 2018-02-08 | 2018-07-06 | 重庆博张博乐机器人有限公司 | A kind of robot teaching's device |
-
2017
- 2017-03-13 CN CN201720239243.XU patent/CN206672407U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108257492A (en) * | 2018-02-08 | 2018-07-06 | 重庆博张博乐机器人有限公司 | A kind of robot teaching's device |
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20171124 Termination date: 20180313 |
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| CF01 | Termination of patent right due to non-payment of annual fee |