阅读说明：本技术 水雾喷射功率调节系统 (Water mist jet power regulating system ) 是由 张柯 于 2019-10-24 设计创作，主要内容包括：本发明涉及一种水雾喷射功率调节系统,所述系统包括：气温测量设备,用于测量所述候车站台处的气温以作为实时站台气温输出；参数鉴定设备,用于在接收到的实时站台气温大于等于预设温度阈值时,发出模式切换指令；微型摄像设备,设置在候车站台处的雨棚上,用于在接收到所述模式切换指令时,对雨棚下方的候车情景执行摄像动作,以获得相应的候车情景图像；水雾喷射设备,用于基于接收到的水雾喷射功率实现对雨棚下方的水雾喷射操作。本发明的水雾喷射功率调节系统节能环保、运行稳定。由于在气温超限时才启动水雾降温操作以及根据候车人数实时调节水雾喷射功率,从而在有效降温的同时达到了节能环保的目的。(The invention relates to an water mist spraying power adjusting system which comprises air temperature measuring equipment, parameter identification equipment, miniature camera equipment and water mist spraying equipment, wherein the air temperature measuring equipment is used for measuring the air temperature at a waiting platform to be used as the real-time platform air temperature to be output, the parameter identification equipment is used for sending a mode switching instruction when the received real-time platform air temperature is greater than or equal to a preset temperature threshold value, the miniature camera equipment is arranged on a canopy at the waiting platform and used for carrying out camera shooting action on waiting scenes below the canopy to obtain corresponding waiting scene images when the mode switching instruction is received, and the water mist spraying equipment is used for realizing water mist spraying operation below the canopy based on the received water mist spraying power.)

1, A water mist jet power regulating system, comprising:

the temperature measuring equipment is arranged at a bus waiting platform of the bus and used for measuring the temperature at the bus waiting platform to be used as the real-time platform temperature for output;

the parameter identification equipment is connected with the air temperature measuring equipment and is used for sending a mode switching instruction when the received real-time platform air temperature is greater than or equal to a preset temperature threshold value;

the miniature camera equipment is arranged on a canopy at a waiting station, is connected with the parameter identification equipment, and is used for executing camera shooting action on waiting scenes below the canopy to obtain corresponding waiting scene images when the mode switching instruction is received;

the water mist spraying equipment is arranged on a canopy at a waiting station and used for realizing water mist spraying operation below the canopy based on the received water mist spraying power;

the non-scaling fuzzy equipment is connected with the miniature camera equipment and used for receiving the waiting scene image and executing non-scaling fuzzy processing on the waiting scene image to obtain a non-scaling fuzzy image;

the nonlinear filtering device is connected with the non-scaling transformation fuzzy device and used for executing nonlinear filtering processing on the non-scaling transformation fuzzy image based on the maximum amplitude of noise in the received non-scaling transformation fuzzy image so as to obtain a corresponding nonlinear filtering image, wherein the larger the maximum amplitude of the noise is, the larger the amplitude of the nonlinear filtering processing on the non-scaling transformation fuzzy image is;

a morphological processing device, connected to the nonlinear filtering device, for performing morphological processing on the received nonlinear filtered image to obtain a morphologically processed image;

the data conversion equipment is respectively connected with the morphological processing equipment and the water mist spraying equipment and is used for identifying the number of human bodies in the morphological processing image, and the water mist spraying power is adjusted based on the number of the human bodies, wherein the more the number of the human bodies is, the higher the adjusted water mist spraying power is;

the parameter identification equipment is further used for sending an injection stopping instruction when the received real-time platform air temperature is smaller than the preset temperature threshold;

and the water mist spraying equipment is also connected with the parameter identification equipment and is used for finishing the water mist spraying operation below the rain shed when the spraying stopping instruction is received.

2. The water mist discharge power regulating system as claimed in claim 1, further comprising:

and the satellite positioning equipment is used for receiving the navigation positioning data sent by the GPS navigation satellite so as to obtain the current latitude of the position of the satellite positioning equipment.

3. The water mist jet power conditioning system of claim 2, wherein the system further comprises:

and the time acquisition equipment is positioned on the left side of the satellite positioning equipment and is used for acquiring the current time.

4. The water mist jet power conditioning system of claim 3, wherein the system further comprises:

and the day and night distinguishing device is respectively connected with the satellite positioning device and the moment capturing device and is used for receiving the current latitude and the current moment, judging whether the current day is in the daytime or not based on the current latitude and the current moment, and sending an th driving instruction when the current day is judged, or sending a second driving instruction.

5. The water mist jet power regulating system as claimed in claim 4, wherein:

the miniature camera equipment comprises a plurality of imaging units which are uniformly spaced two by two.

6. The water mist jet power conditioning system of claim 5, wherein the system further comprises:

and the mode switching device is respectively connected with the day and night distinguishing device and the miniature camera shooting device and is used for entering a shooting mode when receiving the th driving instruction, turning on a th preset number of imaging units and combining the imaging contents of a th preset number of imaging units to obtain a waiting scene image.

7. The water mist jet power regulating system as claimed in claim 6, wherein:

the mode switching device is further configured to enter a second shooting mode when the second driving instruction is received, open a second preset number of imaging units, and combine imaging contents of the second preset number of imaging units to obtain a waiting scene image.

8. The water mist jet power regulating system as claimed in claim 7, wherein:

in the mode switching apparatus, the th preset number is smaller than the second preset number;

wherein, in the field redistribution device, the third power consumption accounts for a percentage of the system power consumption proportional to an available power amount allocated to the second secondary storage device.

Technical Field

The invention relates to the field of energy conservation and environmental protection, in particular to an water mist jet power adjusting system.

Background

A recent research shows that the pollution caused by the social industrial production accounts for forty- percent of the pollution source, the pollution caused by modern families accounts for fifty-nine percent, compared with the society, although the families are only cells of the society, the families are relatively serious 0 in terms of the pollution hazard degree, hundreds of detected toxic and harmful substances are more than ten, 1 group of statistical data can confirm the hazard of the household pollution in , namely, families need to manufacture eight kilograms of garbage with points in days, discard five non-decomposable plastic bags and two to three secondary lunch boxes, families use head washing, bathing, clothes washing and the like, balance manufactures two hundred kilograms of waste water, families use twenty grams of chemical products and the like in each day, and the living waste water converged into rivers pollutes our land, river and sea at every moment.

According to media reports, in indoor pollution condition surveys of more than 2000 household samples, results show that more than 50% of household indoor pollution exists, and the household pollution problem in the homes is not known, more worrisingly, pollution caused by household appliances in modern homes comprises bacterial pollution, radiation pollution, noise pollution and the like, which seriously endangers health and even endangers life safety of people, therefore, energy conservation and environmental protection are urgent, people are required to do every details at the side, and manufacturers are required to optimize product manufacturing schemes to design more environment-friendly manufacturing products.

Disclosure of Invention

In order to solve the technical problems in the related field, the invention provides water mist spraying power adjusting systems, which can adjust the water mist spraying power below a canopy of a waiting platform based on the actual number of waiting people, thereby achieving the dynamic balance of cooling effect and resource saving, and more importantly, when the air temperature of the real-time platform is greater than or equal to a preset temperature threshold, relevant equipment related to water mist spraying is started, thereby avoiding the generation of unnecessary equipment power consumption.

According to an aspect of the invention, there is provided water mist spray power regulating system, the system comprising:

the temperature measuring equipment is arranged at a bus waiting platform of the bus and used for measuring the temperature at the bus waiting platform to be used as the real-time platform temperature for output;

the parameter identification equipment is connected with the air temperature measuring equipment and is used for sending a mode switching instruction when the received real-time platform air temperature is greater than or equal to a preset temperature threshold;

the miniature camera equipment is arranged on a canopy at a waiting station, is connected with the parameter identification equipment, and is used for executing camera shooting action on waiting scenes below the canopy to obtain corresponding waiting scene images when the mode switching instruction is received;

the water mist spraying equipment is arranged on a canopy at a waiting station and used for realizing water mist spraying operation below the canopy based on the received water mist spraying power;

the non-scaling fuzzy equipment is connected with the miniature camera equipment and used for receiving the waiting scene image and executing non-scaling fuzzy processing on the waiting scene image to obtain a non-scaling fuzzy image;

the nonlinear filtering device is connected with the non-scaling transformation fuzzy device and used for executing nonlinear filtering processing on the non-scaling transformation fuzzy image based on the maximum amplitude of noise in the received non-scaling transformation fuzzy image so as to obtain a corresponding nonlinear filtering image, wherein the larger the maximum amplitude of the noise is, the larger the amplitude of the nonlinear filtering processing on the non-scaling transformation fuzzy image is;

a morphological processing device, connected to the nonlinear filtering device, for performing morphological processing on the received nonlinear filtered image to obtain a morphologically processed image;

and the data conversion equipment is respectively connected with the morphological processing equipment and the water mist spraying equipment and is used for identifying the number of human bodies in the morphological processing image, and the water mist spraying power is adjusted based on the number of the human bodies, wherein the more the number of the human bodies is, the higher the adjusted water mist spraying power is.

The water mist spraying power regulating system is energy-saving, environment-friendly and stable in operation. The water mist cooling operation is started when the air temperature exceeds the limit, and the water mist jet power is adjusted in real time according to the number of people waiting for the vehicle, so that the aims of energy conservation and environmental protection are fulfilled while the temperature is effectively reduced.

Therefore, the invention needs to have the following two key points:

(1) adjusting the water mist spraying power below a canopy of the waiting platform based on the actual number of waiting passengers, thereby achieving dynamic balance of cooling effect and resource saving;

(2) and starting related equipment related to water mist spraying when the air temperature of the real-time platform is greater than or equal to the preset temperature threshold value, so that unnecessary equipment power consumption is avoided.

Detailed Description

The embodiment of the water mist spray power adjusting system of the present invention will be explained in detail below.

Generally, there are two main types of power definitions:

the power loss is defined as , which refers to the difference between the input power and the output power of the device, etc.

The second definition is that power consumption is also indexes of all electrical equipment, and refers to the number of energy consumed in unit time, and the unit is W, the power supply power required by the whole machine or equipment in the circuit, however, different from the copying machine and the electric lamp, the copying machine and the electric lamp are not always in operation, and are in a standby state when not in operation, and also consume fixed energy (energy is not consumed unless the power supply is cut off), so that the power consumption of the copying machine is generally two, are power consumption in operation, and the other are power consumption in standby.

At present, a water mist spraying mode is often adopted in high-temperature cooling measures in public places, cooling is brought to people in the public places through evaporation of water mist, the physical cooling measures are obvious in effect and do not produce electronic pollution, however, if directly uses the current timed water mist spraying cooling mode, a waste situation that no people exist on site but a large amount of water mist spraying actions are still executed easily occurs.

In order to overcome the defects, the invention builds water mist spraying power adjusting systems, and can effectively solve the corresponding technical problems.

A water mist spray power adjusting system shown according to an embodiment of the present invention includes:

the temperature measuring equipment is arranged at a bus waiting platform of the bus and used for measuring the temperature at the bus waiting platform to be used as the real-time platform temperature for output;

the parameter identification equipment is connected with the air temperature measuring equipment and is used for sending a mode switching instruction when the received real-time platform air temperature is greater than or equal to a preset temperature threshold;

the miniature camera equipment is arranged on a canopy at a waiting station, is connected with the parameter identification equipment, and is used for executing camera shooting action on waiting scenes below the canopy to obtain corresponding waiting scene images when the mode switching instruction is received;

the water mist spraying equipment is arranged on a canopy at a waiting station and used for realizing water mist spraying operation below the canopy based on the received water mist spraying power;

the non-scaling fuzzy equipment is connected with the miniature camera equipment and used for receiving the waiting scene image and executing non-scaling fuzzy processing on the waiting scene image to obtain a non-scaling fuzzy image;

the nonlinear filtering device is connected with the non-scaling transformation fuzzy device and used for executing nonlinear filtering processing on the non-scaling transformation fuzzy image based on the maximum amplitude of noise in the received non-scaling transformation fuzzy image so as to obtain a corresponding nonlinear filtering image, wherein the larger the maximum amplitude of the noise is, the larger the amplitude of the nonlinear filtering processing on the non-scaling transformation fuzzy image is;

a morphological processing device, connected to the nonlinear filtering device, for performing morphological processing on the received nonlinear filtered image to obtain a morphologically processed image;

the data conversion equipment is respectively connected with the morphological processing equipment and the water mist spraying equipment and is used for identifying the number of human bodies in the morphological processing image, and the water mist spraying power is adjusted based on the number of the human bodies, wherein the more the number of the human bodies is, the higher the adjusted water mist spraying power is;

the parameter identification equipment is further used for sending an injection stopping instruction when the received real-time platform air temperature is smaller than the preset temperature threshold;

and the water mist spraying equipment is also connected with the parameter identification equipment and is used for finishing the water mist spraying operation below the rain shed when the spraying stopping instruction is received.

Next, the explanation of the concrete structure of the mist spray power adjusting system of the invention proceeds to step .

The water mist spraying power adjusting system may further include:

and the satellite positioning equipment is used for receiving the navigation positioning data sent by the GPS navigation satellite so as to obtain the current latitude of the position of the satellite positioning equipment.

The water mist spraying power adjusting system may further include:

and the time acquisition equipment is positioned on the left side of the satellite positioning equipment and is used for acquiring the current time.

The water mist spraying power adjusting system may further include:

and the day and night distinguishing device is respectively connected with the satellite positioning device and the moment capturing device and is used for receiving the current latitude and the current moment, judging whether the current day is in the daytime or not based on the current latitude and the current moment, and sending an th driving instruction when the current day is judged, otherwise, sending a second driving instruction.

In the water mist jet power adjusting system:

the miniature camera equipment comprises a plurality of imaging units which are uniformly spaced two by two.

The water mist spraying power adjusting system may further include:

and the mode switching device is respectively connected with the day and night distinguishing device and the miniature camera shooting device and is used for entering a shooting mode when receiving the driving instruction, opening a th preset number of imaging units and combining the imaging contents of the th preset number of imaging units to obtain a waiting scene image.

In the water mist jet power adjusting system:

and the mode switching equipment is also used for entering a second shooting mode when receiving the second driving instruction, opening a second preset number of imaging units and combining all imaging contents of the second preset number of imaging units to obtain a waiting scene image.

In the water mist jet power adjusting system:

in the mode switching apparatus, the th preset number is smaller than the second preset number;

wherein, in the field redistribution device, the third power consumption accounts for a percentage of the system power consumption and is proportional to an available power amount distributed to the second auxiliary storage device.

For example, if implemented in hardware, and as in another embodiment, discrete logic circuitry having logic circuits for implementing logic functions on data signals, application specific integrated circuits having appropriate combinational logic circuits, programmable arrays (PGAs), field programmable arrays (FPGAs), and the like, may be implemented using any of the techniques , or combinations thereof, known in the art.

It will be understood by those skilled in the art that all or part of the steps carried by the method for implementing the above embodiments may be implemented by hardware related to instructions of a program, which may be stored in computer readable storage media, and when the program is executed, the program includes or a combination of the steps of the method embodiments.

The storage medium mentioned above may be a read-only memory, a magnetic or optical disk, etc. Although embodiments of the present invention have been shown and described above, it should be understood that the above embodiments are exemplary and not to be construed as limiting the present invention, and that changes, modifications, substitutions and alterations can be made to the above embodiments by those of ordinary skill in the art within the scope of the present invention.