36results about How to "Addressing elevated temperatures" patented technology

The invention discloses a glaze slip pouring method for stably pouring glaze slip at the constant temperature. According to the method, a closed-loop glaze slip circulating system formed by two constant-temperature glazing vats, two glazing pumps, a glaze slip pouring bell jar and a glaze slip pouring hopper is adopted, wherein the constant-temperature glazing vats are provided with spiral cooling channels; and in the whole glaze slip circulating system, the glaze slip is in the rhythms of temperature lowering, circular flow and sieving treatment all the time. The problems of glaze slip thixotropy, glaze slip liquid level skinning, glaze slip nonuniformity and the like occurring in the glaze slip pouring process are well solved; meanwhile, some large impurity particles can be filtered out; the liquid level of the glaze slip in the main glaze vat is stable, and the main glaze vat plays a role of a stable footstone for a whole glaze slip pouring system; and by means of the glaze slip pouring method for stably pouring the glaze slip at the constant temperature, stability of the whole glaze slip pouring process for green bricks is well maintained.

The invention discloses a winter warm type cowhouse in a high latitude mountain area. The winter warm type cowhouse in the high latitude mountain area is mainly composed of a foundation, a front wall, a rear wall, a membrane support frame, a covering membrane, a house top support column, a house top support, a house top and a grass curtain. According to technical improvement of design and construction of the lighting surface angle of the membrane support frame of the cowhouse, the width and the height of the cowhouse, the thickness of wall bodies and other aspects, the house temperature of the cowhouse which is built in cold areas with the northern latitude of 37 degrees to 40 degrees and the altitude of more than 1000meters can reach more than 12DEG C during midwinter before dawn, and the effect that growth and development of cows are not affected without arrangement of a warming facility in the cowhouse in severe winter is achieved. According to the fact that the covering membrane is lifted from the base portion of the membrane support frame, air can be ventilated, and the house temperature can be reduced. During a rainy season, the whole covering membrane used in winter can be changed into a semi-covering membrane used in summer, and the problem of rising of the temperature inside the cowhouse can be solved. According to the overall design, the winter warm type cowhouse in the high latitude mountain area is good in lighting property, strong in heat preservation effect, strong in environment conditioning capacity, economical, practical, and particularly suitable for popularization and application in the cold areas with the northern latitude of 37 degrees to 40 degrees and the altitude of more than 1000meters.

The invention discloses a photocatalytic denitration testing system and a using method. The photocatalytic denitration testing system mainly comprises a gas inlet system, a reaction system, a tail gas treatment system and an automatic control system. The reaction system comprises a magnetic stirrer, a reaction chamber and a xenon lamp device. The magnetic stirrer is located below the reaction chamber, and the xenon lamp device is located above the reaction chamber; the top of the reaction chamber is a glass plate, a temperature monitor and a stirrer are arranged in the reaction chamber, one side of the reaction chamber is provided with a cooling circulating water inlet and an air inlet connector, the other side of the reaction chamber is provided with a cooling circulating water outlet and an air outlet connector, and the air inlet system is connected with the air inlet connector of the reaction chamber through an air inlet pipeline. The tail gas treatment system is connected with a gas outlet interface of the reaction chamber; the problems that an existing testing device is complex in structure and operation, large in occupied area and low in denitration activity can be effectively solved, and meanwhile screening of laboratory photocatalysts and continuous flow low-flow low-concentration photocatalytic denitration reaction can be achieved.