CN109345937A - A kind of energy cyclic balance simulation system - Google Patents
A kind of energy cyclic balance simulation system Download PDFInfo
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- CN109345937A CN109345937A CN201811259397.0A CN201811259397A CN109345937A CN 109345937 A CN109345937 A CN 109345937A CN 201811259397 A CN201811259397 A CN 201811259397A CN 109345937 A CN109345937 A CN 109345937A
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- G—PHYSICS
- G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
- G09B—EDUCATIONAL OR DEMONSTRATION APPLIANCES; APPLIANCES FOR TEACHING, OR COMMUNICATING WITH, THE BLIND, DEAF OR MUTE; MODELS; PLANETARIA; GLOBES; MAPS; DIAGRAMS
- G09B25/00—Models for purposes not provided for in G09B23/00, e.g. full-sized devices for demonstration purposes
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Abstract
A kind of energy cyclic balance simulation system, the first count-down device of control module control the start and stop of each functional module；The start and stop of the second count-down device control transport device of transport device；First energy module generates energy source block and scrap in the unit time of setting, transport device will source block and scrap transport to recycling processing module and separated, and will source block collection send to the second energy module, the second energy module is that the second count-down device increases time quantum；Transport device is moved to control module, and the second count-down device is interacted with the first count-down device, and the second count-down device time quantum is corresponding to the transfer of the first count-down device, and the second inverse timing device indwelling has transport device to operate required minimum time quantum.By maintaining the normal operation of each functional module of the model system, the energy is generated in simcity, Resource recovery recycles, the processing of energy intensive utilization and waste, to effectively popularize the concept that urban energy recycles to school-ager.
Description
Technical field
The present invention relates to teaching aid fields, and in particular to a kind of energy cyclic balance simulation system.
Background technique
One city maintains good operating, be unable to do without the lasting supply of the energy, and city is constantly being developed, comprehensive
Energy consumption certainly will be continuously increased, and on the basis of using traditional fossil energy, the cleaning such as wind energy, solar energy, geothermal energy is utilized
Replaceable new energy, but these energy remain unchanged and are unable to satisfy the development need of the mankind.Therefore it is energy saving, improve using energy source
Intensive utilization effect carries out redevelopment utilization to the recovering energy source in waste, is equally essential, and this is seen
It reads to society generalization, preferably since school-ager, in a manner of instructing in words and by deeds, them is allowed to establish energy conservation and environmental protection from childhood, like
Protect the idea at home.
Summary of the invention
The purpose of the present invention is to provide a kind of energy cyclic balance simulation systems, by maintaining each function of the model system
The normal operation of module can be used as teaching aid, and the energy generates in simcity, Resource recovery recycles, energy intensive utilization,
And the processing of waste, to effectively popularize the concept that urban energy recycles to school-ager.
To achieve the above object, the present invention is implemented using following technological means:
A kind of energy cyclic balance simulation system comprising if control module, Ganlei's functional module, recycling processing module, first
Energy module, the second energy module, transport device；
--- the first count-down device of control module controls the start and stop of each functional module, when the first count-down device time quantum survives,
Each functional module is in that can start or starting state, and when time quantum is zeroed, each functional module is out of service；
--- the start and stop of the second count-down device control transport device of transport device, when the second count-down device time quantum survives, fortune
Defeated device is in that can start or starting state, and when time quantum is zeroed, transport device is out of service；
--- the first energy module generates energy source block in the unit time of setting and scrap, transport device will source block and waste materials
Block transport to recycling processing module separated, and will source block collection send to the second energy module, the second energy module is
Second count-down device increases time quantum；
--- transport device is moved to control module, and the second count-down device is interacted with the first count-down device, by the second count-down device
Time quantum is corresponding to be shifted to the first count-down device, and the second inverse timing device indwelling has transport device to operate the required minimum time
Amount.
Further, the start and stop of the first count-down device of the control module also the first energy module, the first countdown
When device time quantum survives, the first energy module within the unit time automatically by it is quantitative it is several can source blocks and scrap be moved to
Turn area, and when transport device reaches the first energy module, the energy source block of area to be transferred and scrap are moved into transport device, time
When amount zero, the first energy module is out of service.
Further, the transport device incudes the vehicle line in simulator by sensing device and is run.
Further, the transport device is run by the travel route that gray-scale sensor incudes specific gray scale.
Further, the vehicle line is additionally provided with lifting platform, and the lifting platform is produced in the unit time of setting
Raw energy source block and scrap；Transport device is run along vehicle line and obtains the energy source block and scrap of lifting platform supply.
Further, the energy source block and scrap are distinguished by different gray scales, and the recycling processing module passes through
Gray-scale sensor identification can source block and scrap, and by separating mechanism will source block be distinguish with scrap.
As a kind of effective scheme, second energy module is additionally provided with weighing apparatus/counter, by counting energy
Weight/quantity of source block, by weight/quantity number ratios are that the second energy module is that the second count-down device increases time quantum.
As a kind of effective scheme, according to the type of types of functionality module, the unit time generates a certain amount of energy source block
And scrap.
Further, the types of functionality module by automatically by it is quantitative it is several can source blocks and scrap be moved to
Turn area.
The present invention has the advantages that simulator structure is simple, easy to assembly, at low cost, by preparing a plurality of types of function
Energy module, and different school-agers can be directed to, the energy source block of the unit time generation of reasonable set types of functionality module, waste material
Number of blocks and assembling mode construct the energy circulation model system in analog demenstration different scales city, and student can independently join
It is constructed in design again with what is designed to model system, understands energy intensive utilization, resource in theory teaching and personal practice
The environmental protection concept of management.
Detailed description of the invention
Fig. 1 is schematic diagram of the invention；
Fig. 2 is the schematic diagram of recycling processing module of the invention；
Fig. 3 is the schematic diagram of transport device of the invention.
Specific embodiment
The embodiment of the present invention is described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning to end
Same or similar label indicates same or similar element or element with the same or similar functions.Below with reference to attached
The embodiment of figure description is exemplary, it is intended to is used to explain the present invention, and is not considered as limiting the invention.
Embodiment
A kind of energy cyclic balance simulation system comprising control module 1, the first kind simcity functional module 21(road
Lamp illumination), the second simcity class functional module 22(construction landscape), the third class simcity functional module 23(process work
Factory), recycling processing module 6, the first energy module 31, the second energy module 32, transport device 8；
By the way that the first, second, third class functional module (21,22,23) is electrically connected with control module 1, it is preferred that inserted using heat
The mode pulled out to newly-increased modules such as the first, second, third class functional module (21,22,23) or even the 4th class functional modules, with
Control module 1 is electrically connected, and controls the first, second, third class function mould via the first count-down device 11 of control module 1
The start and stop of block (21,22,23), in the survival of 11 time quantum of the first count-down device, the first, second, third class functional module (21,
22,23) functional module is in that can start or starting state, and when time quantum is zeroed, each functional module is out of service；
Using a small-sized car body as transport device 8, the second count-down device 81 by being set to transport device 8 controls transport dress
Set 8 start and stop, when 81 time quantum of the second count-down device survives, transport device 8 is in can start or starting state, time quantum zero
When, transport device 8 is out of service；
First energy module 31 is by mechanical structures such as artificial or boom fixtures, and setting is at interval of certain unit time, outside
72 to the first area to be transferred 51 of energy source block 71 and scrap that setting quantity is taken out in the box body in portion, when transport device 8 reaches first
When energy module 31, the energy source block 71 and scrap 72 that accumulate in the first area to be transferred 51 are sent to transport device 8, transport device 8
Will source block 71 and scrap 72 transport to recycling processing module 6 separated,
Transport device 8 is moved to control module 1, and the second count-down device 81 is interacted with the first count-down device 11, by the second countdown
Needed for 81 time quantum of device is corresponding to be shifted to the first count-down device 11, and the second inverse timing device indwelling has transport device 8 to operate
Minimum time quantum, such as set minimum time quantum needed for transport device 8 operates as 30 seconds one minute, and the second energy module 32 is the
Two count-down devices 81 increase time quantum to after 30 seconds six minutes, and after transport device 8 is moved to control module 1, remaining time is
At five minutes, then interacted with the first count-down device 11, and time of delivery amount Anisodus acutangulus ten seconds to the first count-down device 11, to ensure
Model system can run well；
Transport device 8 send the collection of energy source block 71 after separation to the second energy module 32, and the second energy module 32 falls for second
Timer 81 increases time quantum, and scrap 72, which is concentrated, to be stored, or is manually had enough to meet the need；
The first energy module of above scheme 31 is passed through in a manner of fixing the unit time and generating fixed sources of energy block 71, scrap 72
Energy source block 71 that the reasonable set unit time need to generate, scrap 72 cooperate the speed of service of transport device 8, to maintain model
The dynamic equilibrium of system.This kind of scheme can be used as basic engineering, the energy and waste material generated simultaneously when simcity operates, to two
After person's separation, simulation carries out energy recovery, recycles, to reach the stabilization operating state of model system entirety, underage child energy
It participates and carries out rational design planning, the basic concept of the energy that undergoes operating；Certainly, the first countdown can also be set
Velocity rate between 11 countdown speed of device and the second count-down device 81 is poor, such as 11 countdown speed ratio of the first count-down device the
Two count-down devices 81 are fast again；Or weighing apparatus or counter are added to the second energy module 32, and make weighing apparatus according to transfer
The weight or counter of energy source block 72 are suitably that the second count-down device 81 presses setting ratio according to the quantity for transferring energy source block 72
Increase time quantum, certainly, needing to cooperate the working line to transport device 8, the speed of service and the second energy module 32 is the
The parameters such as the increased time quantum of two count-down device 81 are planned that student, which participates in, wherein can to maintain model system to stablize again
Improve interest and logical thinking, planning control ability.
Further, the start and stop of the first count-down device 11 of the control module 1 also the first energy module 31, first falls
When 11 time quantum of timer survives, the first energy module 31 is within the unit time automatically by quantitative several energy source blocks 71 and waste material
Block 72 is moved to the first area to be transferred 51, and when transport device 8 reaches the first energy module 31, by the energy of the first area to be transferred 51
Block 71 and scrap 72 move to transport device 8, and when time quantum is zeroed, the first energy module 31 is out of service.The program is suitable for
The mode that first energy module 31 setting mechanical structure progress energy source block 71 and scrap 72 automatically take out is applied.
Further, the transport device 8 is set to be run by the vehicle line 9 in induction simulator,
In the present embodiment, transport device 8 is used as inductor by gray-scale sensor 82, and using black as 9 color of vehicle line, leads to
It crosses travel route and is directly connected to recycling processing module 6, the first energy module 31, the second energy module 32, can be improved transport dress
8 operational efficiency is set, the time spent by conveying energy source block 71, scrap 72 of transport device 8 is reduced, to improve model system
The stabilization operating state for entirety of uniting.
By the way that lifting platform 4 is arranged near 9 travel zone of vehicle line, make lifting platform 4 in the unit of setting
Between generate can source block 71 and scrap 72；Transport device 8 is run along vehicle line 9 and obtains the energy of the supply of lifting platform 4
Block 71 and scrap 72, transport device 8 send to recycling processing module 6 and are separated after obtaining energy source block 71 and scrap 72,
And will the collection of source block 71 send to the second energy module 32 and can be carried out different according to different 4 types of lifting platform certainly
Energy source block 71 and 72 quantity of scrap, ratio are set, and to further increase the complexity of system, are more suitable for compared with good year
The use of age section school-ager.
Further, the energy source block 71 and scrap 72 are distinguished by different gray scales, the recycling processing module 6
By gray-scale sensor 61 identify can source block 71 and scrap 72, and by push rod 62 will source block 71 and scrap 72 be subject to area
Point, and through 63 kinetic energy source block 71 of track to transport device 8, scrap 72 is identified by gray-scale sensor 61, and controls push rod 62
It pushes away in track 63 to storing part.Highly sensitive recognition effect based on gray-scale sensor 61 can effectively to energy source block 71 and give up
Material block 72 be subject to color differentiation, be precisely separating out can source block 71 and scrap 72, be especially suitable for two kinds of colors more than energy source block
71 and 72 type of scrap separation (simulate the energy and waste material of multiple types)；Certainly, the side different using such as shape size
Formula distinguishes energy source block 71 and scrap 72, and cooperates the easy structure such as funnel plate, carries out screening separation to the two, can equally reach
To good treatment effect.
As a kind of effective scheme, according to the type of types of functionality module, the unit time generates a certain amount of energy source block
71 and scrap 72.By the above-mentioned plan of establishment, can as needed to types of functionality module within the unit time with can source block 71,
Scrap 72 sets up ratio connection, as set the simcity first kind functional module 21(street lighting) one is generated in one minute
Block energy source block 71, a lump waste materials block 72, the second simcity class functional module 22(construction landscape) two pieces are generated in one point of half
Can source block 71, a lump waste materials block 72, the simcity third class functional module 23(processing factory) five pieces of energy are generated in two minutes
Block 71, a lump waste materials block 72, suchlike set-up mode, and the first, second, third class functional module (21,22,23) are equal
It, can be greatly respectively in such a way that mechanical structure automatically takes out energy source block 71, scrap 72 is transferred to the second area to be transferred 52
Increase the complexity of model system, the program is suitable for the use of more mature children.
Although the embodiments of the present invention has been shown and described above, it is to be understood that above-described embodiment is example
Property, it is not considered as limiting the invention, those skilled in the art within the scope of the invention can be to above-mentioned
Embodiment is changed, modifies, replacement and variant.
Claims (9)
1. a kind of energy cyclic balance simulation system, which is characterized in that if adding including control module, Ganlei's functional module, recycling
Work module, the first energy module, the second energy module, transport device；
--- the first count-down device of control module controls the start and stop of each functional module, when the first count-down device time quantum survives,
Each functional module is in that can start or starting state, and when time quantum is zeroed, each functional module is out of service；
--- the start and stop of the second count-down device control transport device of transport device, when the second count-down device time quantum survives, fortune
Defeated device is in that can start or starting state, and when time quantum is zeroed, transport device is out of service；
--- the first energy module generates energy source block in the unit time of setting and scrap, transport device will source block and waste materials
Block transport to recycling processing module separated, and will source block collection send to the second energy module, the second energy module is
Second count-down device increases time quantum；
--- transport device is moved to control module, and the second count-down device is interacted with the first count-down device, by the second count-down device
Time quantum is corresponding to be shifted to the first count-down device, and the second inverse timing device indwelling has transport device to operate the required minimum time
Amount.
2. circulating analog system in urban energy as described in claim 1, which is characterized in that the first of the control module falls
The start and stop of timer also the first energy module, when the first count-down device time quantum survives, the first energy module is within the unit time
Automatically quantitative several energy source blocks and scrap are moved to area to be transferred, and when transport device reaches the first energy module, it will
The energy source block and scrap of area to be transferred move to transport device, and when time quantum is zeroed, the first energy module is out of service.
3. circulating analog system in urban energy as described in claim 1, which is characterized in that the transport device passes through induction
Vehicle line in device induction simulator is run.
4. circulating analog system in urban energy as described in claim 1, which is characterized in that the transport device passes through gray scale
The travel route of the specific gray scale of sensor sensing is run.
5. circulating analog system in urban energy as claimed in claim 3, which is characterized in that the vehicle line is additionally provided with
Lifting platform, the lifting platform is generated in the unit time of setting can source block and scrap；Driving line of the transport device along setting
Road is run and obtains the energy source block and scrap of lifting platform supply.
6. circulating analog system in urban energy as described in claim 1, which is characterized in that the energy source block and scrap are logical
It crosses different gray scales to distinguish, the recycling processing module identifies energy source block and scrap by gray-scale sensor, and passes through separation
Mechanism will source block be distinguish with scrap.
7. urban energy circulating analog system as claimed in any one of claims 1 to 6, which is characterized in that second energy
Source module is additionally provided with weighing apparatus/counter, by statistics can source block weight/quantity, by weight/quantity number ratios are the
Two energy modules are that the second count-down device increases time quantum.
8. urban energy circulating analog system as claimed in any one of claims 1 to 6, which is characterized in that according to types of functionality
The type of module, unit time generate a certain amount of energy source block and scrap.
9. circulating analog system in urban energy as claimed in claim 8, which is characterized in that the types of functionality module passes through
Automatically quantitative several energy source blocks and scrap are moved to area to be transferred.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811259397.0A CN109345937B (en) | 2018-10-26 | 2018-10-26 | Energy circulation balance simulation system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811259397.0A CN109345937B (en) | 2018-10-26 | 2018-10-26 | Energy circulation balance simulation system |
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| Publication Number | Publication Date |
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| CN109345937A true CN109345937A (en) | 2019-02-15 |
| CN109345937B CN109345937B (en) | 2020-10-30 |
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| CN201811259397.0A Active CN109345937B (en) | 2018-10-26 | 2018-10-26 | Energy circulation balance simulation system |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5366227A (en) * | 1994-04-18 | 1994-11-22 | Patrick Duffy | Recycling game |
| US6527273B1 (en) * | 2001-05-17 | 2003-03-04 | Ralph Dixson | Road construction board game |
| CN2891156Y (en) * | 2006-04-18 | 2007-04-18 | 上海市嘉定区第二中学 | Energy transformation demonstrator |
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Denomination of invention: A simulation system for energy cycle balance Effective date of registration: 20230704 Granted publication date: 20201030 Pledgee: Shantou Branch of China Construction Bank Co.,Ltd. Pledgor: SHANTOU KUAICHANG ROBOT TECHNOLOGY CO.,LTD. Registration number: Y2023980047246 |
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