CN113674597B - Interactive display device for biomass energy power generation - Google Patents

Abstract

The invention provides an interactive display device for biomass energy power generation, which comprises 5 groups of biomass energy power generation miniature models which are sequentially arranged above a display cabinet; the 5 groups of biomass energy power generation miniature models comprise a plant growth model, a straw harvesting model, a biomass gasification furnace model, a power generation model and an electric energy distribution model; the participant utilizes operating means, can start the dynamic demonstration of corresponding miniature model, sets up light and arrow point model between biomass gasification stove and the plant model, through dynamic light and arrow point instruction, the cyclic process that the carbon dioxide that the simulation expression human activity produced is recycled by the plant, and the guide public sets up energy saving and emission reduction's consciousness, reduces the carbon emission volume, possesses the function of better education and propaganda.

Description

An interactive display device for biomass power generation

technical field

The invention relates to the field of low-carbon exhibition halls, in particular to an interactive display device for biomass power generation.

Background technique

Low-carbon lifestyles are being sought after by more and more Chinese people, and various public service advertisements advocating low-carbon life are also coming out one after another. Even elementary school students have joined the team advocating low-carbon life; however, people are only interested in low-carbon energy saving The superficial understanding is that people receive little publicity and education on low-carbon energy conservation. Currently, they still stay on bulletin boards, TV public service advertisements or paper leaflets. These methods cannot allow ordinary people to understand low-carbon energy conservation well. To achieve the function of education and publicity, they only stop at saving water and electricity. Little is known about the growth of green plants, the process of absorbing carbon dioxide through photosynthesis, and the process of using plants to produce biofuels and generate electricity.

Contents of the invention

The purpose of the present invention is to address the defects and deficiencies of the prior art, and provide an interactive display device for biomass power generation. Participants can use the operating device to start the dynamic demonstration of the corresponding miniature model. The relationship between the biomass gasifier and the plant model Lighting and arrow models are set up in time, and through dynamic lighting and arrow indications, the cycle process of carbon dioxide produced by human activities being reused by plants is simulated, guiding the public to establish awareness of energy saving and emission reduction, and reducing carbon emissions. Function.

In order to achieve the above object, the technical solution adopted by the present invention is: an interactive display device for biomass power generation, including 5 sets of biomass power generation miniature models installed on the top of the display cabinet in sequence; the 5 sets of biomass power generation miniature models The miniature model includes a plant growth model, a straw harvesting model, a biomass gasifier model, a power generation model, and an electric energy distribution model; the plant growth model includes a first model box, a plant model, a sun light, a first operating handwheel and The first indicator light; the upper surface of the first model box is provided with a long groove, and the bottom plate of the long groove is a perforated plate; a number of holes are evenly arranged on the perforated plate, and a cylinder is arranged on the bottom surface of the perforated plate corresponding to each hole The cylinder is a cylinder without a cover, and a plant model is arranged in each cylinder; the lower part of the plant model is fixed on the connecting plate, and the connecting plate is provided with a telescopic bracket, and the top of the telescopic bracket is fixedly connected with the connecting plate , the retractable bracket is installed in the corresponding slide rail; the first operation handwheel is correspondingly installed in front of the plant growth model, the first operation handwheel starts the plant growth model through the joint control device and lights the first indicator light and the sun light And start the telescopic support, the telescopic support can be lifted and contracted in the slide rail, and the plant model is stretched out of the perforated plate or retracted into the cylinder; the straw harvesting model includes a second model box, a straw model, a second Two indicator lights and a second operating handwheel; the outer surface of the second model box is provided with a first window, and a rotating conveyor belt is installed in the second model box, and the straw model is fixed on the rotating conveyor belt and rotates circularly; The second operating handwheel is correspondingly installed in front of the straw harvesting model, the second operating handwheel starts the straw harvesting model through the joint control device and lights up the second indicator light, simulating the delivery of raw materials to the biomass gasifier model; the biomass The gasifier model includes a gasifier model, a straw block model, a display screen and a multimedia system, a third indicator light and a third operating hand wheel; The first observation window; the third operating handwheel is correspondingly installed in front of the biomass gasifier model, the third operating handwheel starts the biomass gasifier model through the joint control device and lights up the third indicator light, the gasifier In the first observation window of the model, the scenario of biomass fuel combustion reaction is demonstrated through multimedia video combined with the straw block model; the transmission of heat energy to the power generation device is demonstrated through the first running water lamp between the gasifier model and the power generation device model; the gasification furnace model and the power generation device model Between the plant growth models, the second flowing water lights are used to demonstrate that the carbon dioxide produced by the reaction of the gasifier is reabsorbed by the plants to promote plant growth and form an energy cycle; the power generation model includes a power generation device model, a fourth indicator light and a fourth operator wheel; the generator model is provided with a second observation window, and the generator model is provided with a rotatable rotor; the fourth operating handwheel is correspondingly installed in front of the generator model, and the fourth operating handwheel is activated through the joint control device The power generation device model lights up the fourth indicator light; the rotor in the power generation device model rotates to simulate power generation, and the third running water lamp between the power generation device model and the charging pile model demonstrates the transmission of electric energy to the charging pile model; the power distribution model includes Pile model, pure electric The bus model, the fifth indicator light and the fifth operating handwheel; the fifth operating handwheel is correspondingly installed in front of the electric energy distribution model, and the fifth operating handwheel starts the electric energy distribution model through the joint control device and lights up the fifth indicator light, The fourth running water light between the charging pile model and the pure electric bus model demonstrates that the electric energy flows from the charging pile model to the pure electric bus model. electrical energy.

Preferably, the first model box is a cuboid structure.

Preferably, the long groove is a rectangular cross-sectional groove structure, and the perforated plate is a matching rectangular plate.

Preferably, the plant model is a grass model or a small tree model.

Preferably, the second model box is a cuboid wooden box.

Preferably, the front of the biomass power generation miniature models are provided with graphic and text explanatory boards in one-to-one correspondence.

Preferably, the pure electric bus model, the fourth water lamp and the second water lamp are fixed at corresponding positions on the cabinet wall of the display cabinet.

Preferably, a transparent protective cover is arranged on the first model box.

The beneficial effects of the present invention are: the participants can use the operating device to start the dynamic demonstration of the corresponding miniature model, and the lights and arrow models are set between the biomass gasifier and the plant model, and the dynamic lights and arrows are used to simulate the performance of human activities. The recycling process of carbon dioxide being reused by plants guides the public to establish awareness of energy conservation and emission reduction, reduces carbon emissions, and has a good function of education and publicity.

Description of drawings

The accompanying drawings described here are used to provide a further understanding of the present invention and constitute a part of the present application, but do not limit the present invention.

Figure 1 is a schematic diagram of an interactive display device for biomass power generation.

FIG. 2 is a schematic top view of the interactive display device.

Figure 3 is a schematic diagram of a plant growth model.

Fig. 4 is a schematic diagram when the plant model is not started.

Among them: 1 is the display cabinet, 2 is the plant growth model, 3 is the straw harvesting model, 4 is the biomass gasification furnace model, 5 is the power generation model, 6 is the electric energy distribution model, 7 is the graphic explanation board, 21 is the first Operation handwheel, 22 is the sun light, 31 is the transmission belt, 32 is the second operation handwheel, 41 is the gasifier model, 42 is the display screen, 43 is the first water lamp, 44 is the third operation handwheel, 45 51 is the power generation device model, 52 is the fourth operating handwheel, 53 is the third running light, 61 is the charging pile model, 62 is the pure electric bus model, 63 is the fourth running light, 64 is the first Five operating handwheels, 23 are the first model box, 24 are plant models, 25 are connecting plates, 26 are telescopic supports, 27 are slide rails, 231 are long grooves, 232 are perforated plates, and 233 are cylinders.

Detailed ways

The present invention will be described in further detail in conjunction with accompanying drawings 1-4.

As shown in Figures 1-4, an interactive display device for biomass power generation includes 5 sets of biomass power generation miniature models sequentially installed above the display cabinet; the 5 sets of biomass power generation miniature models include plant Growth model 2, straw harvesting model 3, biomass gasifier model 4, power generation model 5 and electric energy distribution model 6; the plant growth model 2 includes a first model box 23, a plant model 24, a solar light 22, a first Operate the handwheel 21 and the first indicator light; the first model box 23 is a cuboid structure, the upper surface of the first model box 23 is provided with a long groove 231 of a rectangular structure, and the bottom plate of the long groove 231 is a rectangular perforated plate 232; A number of holes are evenly arranged on the perforated plate 232, and a cylinder 233 is provided corresponding to each hole on the bottom surface of the perforated plate 232; the cylinder 233 is a cylinder without a cover, and a plant model 24 is arranged in each cylinder 233; The lower part of the plant model 24 is fixed on the connecting plate 25, the lower part of the connecting plate 25 is provided with a telescopic support 26, the top of the telescopic support 26 is fixedly connected with the connecting plate 25, and the telescopic support 26 is installed in the corresponding slide rail 27; The first operation handwheel 21 is correspondingly installed in front of the plant growth model 2, the first operation handwheel 21 starts the plant growth model 2 through the joint control device and lights the first indicator light and the sun light 22 and starts the telescopic support 26, which can The telescopic support 26 can be lifted and contracted in the slide rail 27, and the plant model 24 is stretched out from the perforated plate 232 or retracted into the cylinder 233; the straw harvesting model 3 includes a second model box, a straw model, a second Indicator lights and the second operating handwheel 32; the second model box is a cuboid wooden box, the outer surface of the second model box is provided with a first window, the second model box is equipped with a rotating conveyor belt 31, and the straw model is fixed on The rotating conveyor belt 31 is rotated circularly; the second operating handwheel 32 is correspondingly installed in front of the straw harvesting model 3, and the second operating handwheel 32 starts the straw harvesting model 3 through the joint control device and lights up the second indicator light. Simulate the delivery of raw materials to the biomass gasification furnace model 4; the biomass gasification furnace model 4 includes a gasification furnace model 41, a straw block model, a display screen 42, a multimedia system, a third indicator light and a third operating handwheel 44; the gasifier model 41 is equipped with a display screen 42, and the surface of the gasifier model 41 is provided with a first observation window; the third operating hand wheel 44 is correspondingly installed in front of the biomass gasifier model 4, and the second The three-operated handwheel 44 starts the biomass gasification furnace model 4 through the joint control device and lights up the third indicator light. In the first observation window of the gasification furnace model 41, the biomass fuel combustion reaction is demonstrated through a multimedia video and a straw block model. Scenario: Between the gasifier model 41 and the power generation device model 51, the first running water lamp 43 is used to demonstrate the transmission of heat energy to the power generation device; between the gasifier model 41 and the plant growth model 2, the second running water lamp 45 is used to demonstrate the gasifier The carbon dioxide produced by the reaction is reabsorbed by plants to promote plant growth and form an energy cycle; the power generation model 5 includes a power generation device model 51, a fourth indicator light and a fourth operator Wheel 52; the generator model 51 is provided with a second observation window, and the generator model 51 is provided with a rotatable rotor; the fourth operating handwheel 52 is correspondingly installed in front of the generator model 51, and the fourth operating handwheel 52 Start the power generation device model 51 through the joint control device and light the fourth indicator light; the inner rotor of the power generation device model 51 rotates to simulate power generation. The model 61 transmits; the electric energy distribution model 6 includes a charging pile model 61, a pure electric bus model 62, a fifth indicator light and a fifth operating handwheel 64; the fifth operating handwheel 63 is correspondingly installed on the electric energy distribution model 6 In the front, the fifth operating handwheel 64 starts the electric energy distribution model 6 through the joint control device and lights up the fifth indicator light. The charging pile model 61 and the pure electric bus model 62 use the fourth running water lamp 63 to demonstrate the electric energy from the charging pile model 61. Flowing to the pure electric bus model 62, the energy bars and lights on the pure electric bus model 62 are turned on, simulating the provision of electric energy for automobiles through biomass power generation.

During specific implementation, graphic and textual explanatory boards 7 are arranged one by one in front of the biomass power generation miniature models.

During specific implementation, the pure electric bus model 62 , the fourth running light 63 and the second running light 45 are fixed at corresponding positions on the cabinet wall of the display cabinet 1 .

During specific implementation, a transparent protective cover is arranged on the first model box 23 .

During specific implementation, the plant model is a grass model or a small tree model.

Claims (8)

1. The utility model provides an interactive display device of living beings ability electricity generation which characterized in that: comprises 5 groups of biomass energy power generation miniature models which are sequentially arranged above a display cabinet; the 5 groups of biomass energy power generation miniature models comprise a plant growth model, a straw harvesting model, a biomass gasification furnace model, a power generation model and an electric energy distribution model; the plant growth model comprises a first model box, a plant model, sunlight light, a first operating hand wheel and a first indicator light; the upper surface of the first model box is provided with a long groove, and a bottom plate of the long groove is a perforated plate; the bottom surface of the perforated plate is provided with a cylinder corresponding to each hole; the cylinders are uncovered cylinders, and each cylinder is internally provided with a plant model; the lower part of the plant model is fixed on the connecting plate, the lower part of the connecting plate is provided with a telescopic bracket, the top of the telescopic bracket is fixedly connected with the connecting plate, and the telescopic bracket is arranged in a corresponding slide rail; the first operating hand wheel is correspondingly installed in front of the plant growth model, the plant growth model is started through the joint control device, the first indicator lamp and the sunlight lamp are lightened, the telescopic support is started, the telescopic support can lift and retract in the slide rail, and the plant model extends out of the perforated plate or retracts into the cylinder; the straw harvesting model comprises a second model box, a straw model, a second indicator light and a second operating hand wheel; a first window is arranged on the outer side surface of the second model box, a rotating conveying belt is installed in the second model box, and the straw model is fixed on the rotating conveying belt and rotates circularly; the second operating handwheel is correspondingly arranged in front of the straw harvesting model, and the second operating handwheel starts the straw harvesting model through the joint control device and lights a second indicator lamp to simulate the conveying of raw materials to the biomass gasification furnace model; the biomass gasification furnace model comprises a gasification furnace model, a straw block model, a display screen, a multimedia system, a third indicator light and a third operating hand wheel; a display screen is arranged in the gasification furnace model, and a first observation window is arranged on the surface of the gasification furnace model; the third operating handwheel is correspondingly arranged in front of the biomass gasifier model, the biomass gasifier model is started through the joint control device by the third operating handwheel, a third indicator lamp is lightened, and the scene of the combustion reaction of the biomass fuel is demonstrated by matching a multimedia video with the straw block model in a first observation window of the gasifier model; the gasifier model and the power generation device model demonstrate that heat energy is transmitted to the power generation device through the first running water lamp; carbon dioxide generated by the reaction of the gasification furnace is demonstrated between the gasification furnace model and the plant growth model by second running water light to be absorbed by the plants again, so that the growth of the plants is promoted, and energy circulation is formed; the power generation model comprises a power generation device model, a fourth indicator light and a fourth operating hand wheel; the power generation device model is provided with a second observation window, and a rotatable rotor is arranged in the power generation device model; the fourth operating hand wheel is correspondingly arranged in front of the power generation device model, and the fourth operating hand wheel starts the power generation device model through the joint control device and lights a fourth indicator lamp; the rotor of the power generation device model rotates to simulate power generation, and the power is demonstrated between the power generation device model and the charging pile model through a third flood light and is transmitted to the charging pile model; the electric energy distribution model comprises a charging pile model, a pure electric bus model, a fifth indicator light and a fifth operating hand wheel; the fifth operating hand wheel is correspondingly installed in front of the electric energy distribution model, the fifth operating hand wheel starts the electric energy distribution model through the joint control device and lights a fifth indicator lamp, electric energy is demonstrated between the charging pile model and the pure electric bus model through a fourth water-flowing lamp and flows from the charging pile model to the pure electric bus model, an energy bar and a vehicle lamp on the pure electric bus model are lighted, and the electric energy is provided for the vehicle through biomass energy power generation in a simulation mode.

2. The interactive display device for biomass energy power generation according to claim 1, wherein: the first model box is of a cuboid structure.

3. The interactive display device for biomass energy power generation according to claim 1, wherein: the long groove is of a rectangular cross-section groove structure, and the perforated plate is a matched rectangular plate.

4. The interactive display device for biomass energy power generation of claim 1, wherein: the plant model is a grass model or a small tree model.

5. The interactive display device for biomass energy power generation according to claim 1, wherein: the second model box is a cuboid wood box.

6. The interactive display device for biomass energy power generation according to claim 1, wherein: and image-text description plates are arranged in front of the biomass energy power generation miniature model in a one-to-one correspondence manner.

7. The interactive display device for biomass energy power generation according to claim 1, wherein: the pure electric bus model, the fourth running water lamp and the second running water lamp are fixed on corresponding positions of the cabinet wall of the display cabinet.

8. The interactive display device for biomass energy power generation of claim 1, wherein: and a transparent protective cover is arranged on the first model box.

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