Гидрогеологические условия долины р. Шаган в связи с отработкой угольного месторождения Каражыра на территории бывшего Семипалатинского полигона

ABSTRACTA nationwide voluntary laboratory-based surveillance study of invasive Streptococcus pyogenes (group A streptococcus; GAS) infections was conducted in Germany between 1996 and 2002. Demographical and clinical information concerning the patients was obtained from the medical files. Multiple logistic regression analysis was used to determine risk-factors for fatal outcome. Invasive isolates were obtained from 475 patients, with 251 (52.8%) of the isolates cultured from blood. The most frequent emm types were emm1 (36.4%), emm28 (8.8%) and emm3 (8%). The speA, speC and ssa genes were present at variable frequencies in different emm types. The highest frequencies of speA and speC were found in emm1 (speA, 93.6%) and emm4 (speC, 94.7%), respectively. The estimated annual incidence of invasive GAS disease for 1997–2002 was 0.1 cases/100 000 individuals. This apparently low incidence rate might be explained by the voluntary nature of the surveillance system, resulting in relatively few cases being referred to the laboratory. Complete clinical information was available for 165 cases. The overall case fatality rate was 40.6%, and was highest (65.2%) in the group aged 60–69 years. Shock, an age of ≥30 years and adult respiratory distress syndrome were predictors of a fatal outcome in a multiple logistic regression analysis. Overall, 6.7% of the cases were considered to be nosocomial, and nine cases of puerperal sepsis were observed. The study underscores the importance of invasive S. pyogenes disease in Germany

Проектирование системы пожарной сигнализации и разработка системы оповещения автомобильной станции техобслуживания

Объектом исследования является предприятие: Автосервис на Шоссейной. Станция технического обслуживания легковых автомобилей, находиться в городе Юрга, по адресу ул. Шоссейная, д.33 с общей площадью территории предприятия равной 108 м2. Цель работы – Спроектировать оборудование автоматической пожарной сигнализацией и систему оповещения людей о пожаре для станции технического обслуживания «Автомастерская». В процессе исследования проводились анализ; систематизация; проектирование. В результате исследования: на объекте исследования спроектирована система установки автономных тепловых пожарных извещателей «ИП101-1А-А1», в полной мере соответствуюшая предъявляемым требованиям.The object of research is the enterprise: Service at highway. The station maintenance cars, located in the town of Yurga, at ul. Highway, d.33 with a total area of the territory of the enterprise equal to 108 m2. Purpose - designed equipment automatic fire alarm system and warning people about the fire to the service station "body shop". The study carried out an analysis; systematization; design. As a result of the study: on-site study designed mounting system of autonomous heat fire detectors "IP101-1A-A1", fully sootvetstvuyushaya requirements