34 results about "Metabolic heat" patented technology

A method for noninvasive blood glucose monitoring involves metabolic heat measurement and algorithm to correct interferences from environmental factors, and physiological or pathological conditions of subjects.

Disclosed herein is a method for zero-discharge treatment of high-concentration organic wastewater by mixing sludge with high-concentration organic wastewater. The sludge is biodried sludge prepared by a method including preparing a sludge mixture consisting of belt-pressed sludge and dried sludge; and collecting the sludge mixture when its temperature finally becomes stable by returning to room temperature. The high-concentration organic wastewater used contained small particles of pulverized food waste having a diameter of 1 mm or less. The treatment was performed by decomposing the organic materials using microorganisms contained in the sludge via metabolism, followed by water evaporation caused by the metabolic heat generated by the decomposition of the organic materials, in which the microbial metabolism was performed under an aerobic condition.

The invention discloses a method for treating landfill leachate by using biofilm sponge as a biological evaporating expanding agent and a biological carrier in combination with MVC. The method adopts an MVC system, preparation of biofilm sponge and a biological evaporating system. The biofilm sponge is prepared through inoculating polyurethane sponge with activated sludge and carrying out aerating and cultivation for acclimation; the leachate is subjected to MVC evaporation treatment to generate a concentrated liquor, and the concentrated liquor is treated through biological evaporation technology. According to the invention, metabolic heat generated by degradation of organic pollutant microorganisms in the MVC concentrated liquor is utilized to evaporate water in the concentrated liquor; the biofilm sponge which is light in weight, is easily available and is short in culture period and free of secondary pollution is used as the biological evaporating expanding agent and the biological carrier, and heat in the concentrated liquor and condensate water generated by MVC treatment are utilized for the needs of a heat source in the biological evaporating process, so that heat energy in the whole system is recycled to the maximum extent. Problems in the conventional pure physical separation process are overcome, and not only can water in the leachate be evaporated, but also polluting substances in the leachate can be reduced.

The invention provides a non-invasive blood glucose detector based on a metabolic heat-optical method, and belongs to a human body blood glucose measurement device. The blood glucose detector comprises a detection probe and a data processing and displaying system, wherein the detection probe comprises a series of sensing measurement elements, such as an infrared radiation sensor, a thermistor, a humidity sensor, a light-wave receiver, a heat-conduction bar and the like, and is used for directly measuring parameters of detected positions of a human body; the data processing and displaying system comprises a microprocessor, as well as a display unit and a storage unit which are connected with the microprocessor respectively; a signal detected by the detection probe is processed by virtue of amplification filter, A / D (analog-to-digital) conversion and other modes, and then is input into the microprocessor; and the microprocessor carries out data processing according to a preset algorithm to acquire a blood glucose value detected by the detector, and displays and stores the blood glucose value. In the non-invasive blood glucose detector, a principle of combining a metabolic heat method and an optical method is adopted, so that the finally output blood glucose value has a higher reference value.

The invention relates to a method for preparing breeding media and organic fertilizer through edible fungus waste fermentation. According to the method, various kinds of beneficial plant microorganisms proliferate efficiently within a short time through combination of the liquid fermentation method and the solid fermentation method, and accordingly the absolute growth advantages and the absolute advantages in number are acquired; organic substances of edible fungus waste are degraded into nutrient substances which can be absorbed easily by plant root systems, and most herbicide is degraded; the temperature of a mixture of the edible fungus waste and soil can be raised to more than 50 DEG C under the action of combined metabolic heat generation of microfloras within a short time, and accordingly various soil injection pathogenic bacteria, viruses and worm eggs can be killed. The obtained product has the functions of changing the soil structure, improving the oil fertility and preventing diseases, and has the advantages that raw materials are low in price and easy to get, and the production method is low-carbon and efficient. When the obtained product is applied to plant seedling culture, the survival rate of seedlings can be guaranteed without repeated application of bactericides and insecticides; accordingly, the pollution of toxic pesticides to the environment is reduced, the food safety is improved, and ecological benefits are obvious.

A firefighter's protective garment including an outer shell, moisture barrier and thermal barrier in which the composite structure varies according to the sweating cartography of the human body and in so doing enhances the evacuation of metabolic heat.