CN111528812A - Intelligent energy-saving building with health monitoring function - Google Patents

Abstract

Energy-conserving building of intelligence with health monitoring function relates to energy-conserving building construction technical field, the problem of the building demand can satisfy energy-concerving and environment-protective requirement and can provide healthy certain assurance again for people is solved, including the building body, large-scale electrical storage ware, solar panel, central control processing system and air quality governing system, install the electricity-saving lamp in the floor, the light, the air conditioner and the infrared body temperature detector who has alarming function, central control processing system control electricity-saving lamp, light and air conditioner, building body entrance goes out and is equipped with health monitoring wrist strap access area, the health monitoring wrist strap can detect the person's of wearing rhythm of the heart, blood oxygen and pulse, and the testing result sends to health monitoring terminal. The invention saves electric energy; the body temperature and the physical condition of people in the building can be detected, and a certain guarantee is provided for the health of all the people in the building; safe air is provided for the building through the air quality adjusting system, the air environment in the building is guaranteed, and a beneficial environment is provided for the health of all people in the building.

Description

Intelligent energy-saving building with health monitoring function

Technical Field

The invention relates to the technical field of energy-saving building construction, in particular to an intelligent energy-saving building with a health monitoring function.

Background

The trend of building construction is a service type and office type combined comprehensive building, the requirements of the comprehensive building on energy conservation and green certification become a trend, the building is in a green and environment-friendly way, the social responsibility of each large enterprise is reflected, the government call of energy conservation, emission reduction, green and low carbon is responded, and the requirement of winning high-quality customers, ensuring long-term stable income and sustainable development of the enterprise is met. Meanwhile, the health problems of people become more and more important topics for social attention and development. Therefore, the current comprehensive building needs to meet the requirements of energy conservation and environmental protection and also needs to provide healthy environment and guarantee for people.

Disclosure of Invention

The invention provides an intelligent energy-saving building with a health monitoring function, aiming at solving the problems that the building requirements can meet the requirements of energy conservation and environmental protection and certain guarantee on health can be provided for people.

The technical scheme adopted by the invention for solving the technical problem is as follows:

energy-conserving building of intelligence with health monitoring function, including the building body, set up floor in the building body, set up large-scale electrical storage equipment on the roof, set up solar panel, central control processing system and air quality governing system on the roof, large-scale electrical storage equipment connects solar panel, and the floor is including service floor, office floor and food and beverage layer, and service floor is located the below in food and beverage district, and office floor is located the top in food and beverage district, installs electricity-saving lamp, light, air conditioner in the floor and has alarming function's infrared temperature detector, central control processing system control electricity-saving lamp, light and air conditioner, and building body entrance goes out to be equipped with health monitoring wrist strap and gets the district, and the health monitoring wrist strap can detect person's of wearing rhythm of the heart, blood oxygen and pulse to the testing result sends to health monitoring terminal.

The invention has the beneficial effects that:

1. the intelligent energy-saving building with the health monitoring function saves electric energy for the building through the large-scale electric accumulator, the solar panel, the central control processing system and the energy-saving lamp.

2. The invention can detect the body temperature and the body condition of people in the building and provides certain guarantee for the health of all the people in the building.

3. The invention provides safe air for the building through the air quality adjusting system, ensures the air environment in the building and provides beneficial environment for the health of all people in the building.

Drawings

Fig. 1 is a schematic diagram of an external structure of an intelligent energy-saving building with a health monitoring function according to the present invention.

Fig. 2 is a schematic view of a water-saving structure of the intelligent energy-saving building with the health monitoring function.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings and examples.

An intelligent energy-saving building with a health monitoring function comprises a building body, floors arranged in the building body, a large-scaleelectric storage device 6 arranged on aroof 1, asolar panel 7 arranged on theroof 1, a central control processing system and an air quality adjusting system. The large-scaleelectric storage device 6 is connected with asolar panel 7. As shown in fig. 1, the floors include aservice floor 10, anoffice floor 8 and adining floor 9, theservice floor 10 is N, theoffice floor 8 is M, and N and M are positive integers. Theservice floor 10 is located below the dining area and theoffice floor 8 is located above the dining area. An energy-saving lamp, an illuminating lamp and an air conditioner are installed in each floor, a central control processing system is provided with a time module, and the energy-saving lamp, the illuminating lamp and the air conditioner are controlled to be turned on and off according to the time module. The central control processing system is connected with the air conditioner, the illuminating lamp and the energy-saving lamp, controls the on-off and the temperature of the air conditioner and controls the on-off of the illuminating lamp and the energy-saving lamp. The intelligent control of an air conditioner, a lighting lamp and an energy-saving lamp is realized through a central control processing system. The central control processing system comprises an air conditioning control system, a lighting control system and a time module. The time module is connected with the air conditioner control system, and the time module can also be selectively connected with the lighting control system. The air conditioner control system is used for controlling the on-off and the temperature of the air conditioner, and the illumination control system is used for controlling the on-off of the illuminating lamp and the energy-saving lamp.

The intelligent energy-saving building also has a water-saving structure, and specifically comprises: as shown in fig. 2, awater storage tank 2 is arranged on each floor, a rainwater collecting pipe 3 is arranged on theroof 1, rainwater on theroof 1 is collected by the rainwater collecting pipe 3 at the upper part of thewater storage tank 2 on the top floor, and the upper part of thewater storage tank 2 is also connected with the upper part of thewater storage tank 2 arranged on the next floor by an overflow pipe 4; the upper part of thewater storage tank 2 of the next floor is connected with the upper part of thewater storage tank 2 of the next floor through an overflow pipe 4, thewater storage tanks 2 arranged at the bottom are sequentially connected to the overflow pipe 4 at the upper part of thewater storage tank 2 at the bottom, and a sewer is connected to the overflow pipe 4. The middle lower part of thewater storage tank 2 of each floor is connected with domestic water of the floor through awater inlet pipe 5. In order to prevent sundries from blocking the pipeline, a filter screen is arranged in thewater storage tank 2. During rainwater passes through rainwater collecting pipe 3 and gets intostorage water tank 2 of top floor, store up the back when the water instorage water tank 2 of top floor is full, spill over by overflow pipe 4 and get intostorage water tank 2 of top floor next floor, simultaneously, the domestic water of every floor, like thestorage water tank 2 of this floor of entering such as laundry water, wash water, the secondary water of storage instorage water tank 2 can be used for this floor to wash reutilization such as closestool. After thewater storage tank 2 on the lowest floor is full of water, water enters the overflow pipe 4 from the overflow pipe 4 and is led to thewater storage tank 2 arranged on the next floor; after thewater storage tank 2 of the bottom floor is full of water, the water enters a sewer through the overflow pipe 4.

Building entrance and every floor all are equipped with the infrared body temperature detector who has alarming function, report to the police when the body temperature that detects surpasss normal body temperature scope. Building entrance goes out to be equipped with the health monitoring wrist strap and draws the district, and the wrist strap can detect wearer's rhythm of the heart, blood oxygen and pulse to testing result sends to health monitoring terminal. The health monitoring terminal is arranged in the building. The persons who are ill-fitting, have a cardiac history and the elderly who enter the building can all get to the health monitoring wristband pickup area to register and pick up the health monitoring wristband. Health monitoring wrist strap has orientation module, electrocardio acquisition circuit module, blood oxygen acquisition circuit module, pulse acquisition circuit module and sending module, electrocardio acquisition circuit module detects the person's of wearing rhythm of the heart and sends to health monitoring terminal through sending module, blood oxygen acquisition circuit module detects the person's of wearing blood and sends to health monitoring terminal through sending module, pulse acquisition circuit module detects the person's of wearing pulse and sends to health monitoring terminal through sending module, health monitoring terminal acquires positional information in real time, health monitoring terminal judges the person's of wearing rhythm of the heart in real time, whether blood oxygen and pulse are located the normal value scope that corresponds, if exceed the normal value scope, health monitoring terminal suggestion monitoring personnel look over this person of wearing whether need help according to positioning information.

The indoor air quality data that indoor air quality detection device gathered includes: PM2.5 (fine particulate matter) detection data, humidity detection data, formaldehyde detection data and gas detection data. The indoor air quality control device includes: the air purifier comprises a negative ion purifier, a dehumidifier, a humidifier and a filtering purifier so as to control the indoor air quality. An indoor air quality detection device and an indoor air quality control device are installed on each floor. The indoor air quality control system is connected with the indoor air quality detection device and the indoor air quality control device and controls the indoor air quality control device to work according to the detection result of the indoor air quality detection device.

The invention saves electric energy for buildings through a large-scaleelectric accumulator 6, asolar panel 7, a central control processing system and an energy-saving lamp. The invention can detect the body temperature and the body condition of people in the building and provides certain guarantee for the health of all the people in the building. Safe air is provided for the building through the air quality adjusting system, the air environment in the building is guaranteed, and a beneficial environment is provided for the health of all people in the building. In addition, the rainwater can be recycled, domestic water can be recycled, and water resources are further saved.

The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, various modifications and decorations can be made without departing from the principle of the present invention, and these modifications and decorations should also be regarded as the protection scope of the present invention.

Claims (7)

1. Energy-conserving building of intelligence with health monitoring function, a serial communication port, including the building body, set up floor in the building body, set up large-scale electrical storage ware on the roof, set up solar panel, central control processing system and air quality control system on the roof, large-scale electrical storage ware connects solar panel, and the floor includes service floor, office floor and food and beverage layer, and service floor is located the below in food and beverage district, and office floor is located the top in food and beverage district, installs electricity-saving lamp, light in the floor, air conditioner and the infrared thermodetector that has alarming function, and central control processing system controls electricity-saving lamp, light and air conditioner, and building body entrance goes out to be equipped with health monitoring wrist strap and draws the district, and health monitoring wrist strap can detect the person's of wearing rhythm of the heart, blood oxygen and pulse to the testing result sends to health monitoring terminal.

2. The intelligent energy-saving building with health monitoring function as claimed in claim 1, wherein the air quality adjusting system comprises an indoor air quality detection device for collecting indoor air quality data, an indoor air quality control device and an indoor air quality control system, and the indoor air quality control system controls the indoor air quality control device to operate according to the detection result of the indoor air quality detection device.

3. The intelligent energy-saving building with health monitoring function as claimed in claim 2, wherein the indoor air quality control device comprises: negative ion clarifier, dehumidifier, humidifier and filtration clarifier.

4. The intelligent energy-saving building with health monitoring function as claimed in claim 2, wherein each floor is provided with an indoor air quality detection device and an indoor air quality control device.

5. The intelligent energy-saving building with the health monitoring function as claimed in claim 1, wherein the floor is provided with a water storage tank, the roof is provided with a rainwater collecting pipe, the upper part of the water storage tank of the top floor collects rainwater on the roof through the rainwater collecting pipe, and the upper part of the water storage tank is connected with the upper part of the water storage tank arranged on the next floor through an overflow pipe; the upper part of the water storage tank of the next floor is connected with the upper part of the water storage tank of the next floor through an overflow pipe, the water storage tanks are sequentially arranged on the bottom floor, and the overflow pipe on the upper part of the water storage tank of the bottom floor is connected with a sewer.

6. The intelligent energy-saving building with health monitoring function as claimed in claim 5, wherein the middle lower part of the water storage tank of each floor is connected with the domestic water of the floor through a water inlet pipe.

7. The intelligent energy-saving building with health monitoring function as claimed in claim 1, wherein the health monitoring wristband comprises a positioning module, an electrocardiograph acquisition circuit module, a blood oxygen acquisition circuit module, a pulse acquisition circuit module and a sending module, the electrocardiograph acquisition circuit module detects the heart rate of a wearer and sends the heart rate to the health monitoring terminal through the sending module, the blood oxygen acquisition circuit module detects the blood oxygen of the wearer and sends the blood oxygen to the health monitoring terminal through the sending module, the pulse acquisition circuit module detects the pulse of the wearer and sends the pulse to the health monitoring terminal through the sending module, the health monitoring terminal obtains the position information of the positioning module, and the health monitoring terminal judges whether the heart rate, the blood oxygen and the pulse of the wearer are in the corresponding normal value ranges.

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