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1、anti-concentrated immune period full implementation whole village advance work, participate in whole village advance work concentrated immune of village level epidemic prevention member per person daily grants 100 Yuan, district animal health supervision by will organization personnel for immune den
2、sity, immune archives, situation on Township, and village and the farmers for has field check and assessment, found problem, timely processing; while, tie good Township implementation good the control measures, ensure major animal blight control work in place. Four, there is a problem (a) prevalence
3、 of animal diseases is complex I is located in the citys political, economic and cultural center, is the flow of livestock and poultry and its products distribution center, complex animal epidemic diseases, pathogens, mobility. One is convenient, cross-province and cross State and municipal transpor
4、tation of livestock and poultry and its products become the norm, cross county, imported cases are on the rise. Second, higher risk major animal disease outbreaks occur, from pathogen surveillance and epidemiological investigations in recent years, foot and mouth disease and highly pathogenic avian
5、influenza, highly pathogenic blue-ear pig disease hidden large outbreaks, goat pox. Third, free-range livestock farmers share in the autonomous region, controlling and cleaning measures are difficult to implement, and porcin circle virus, Parvovirus, Pseudorabies pathogen distribution and disease pa
6、thogen mixed infection atypical, more prominent. Four rabies, tuberculosis in dairy cows and other zoonotic diseases are on the rise, studies show that 70% animal diseases can be transmitted to humans, 75% of human emerging infectious diseases from animal or animal-derived foods, does not enhance th
7、e prevention and control of animal epidemics, would seriously endanger public health and safety. (B) animal disease control, challenging folks . Constraints have become more prominent. (C) to strengthen the team construction of present, my basic veterinary facilities and team weaknesses, staff short
8、age, low technology, social services are still not high, animal husbandry and veterinary technicians and veterinary technical services and not adapted to management needs, live animal cross-district allocation and market access mechanism is not perfect, animal disease control still faces many diffic
9、ulties and problems. (D) the coordination segment of the sector needs to be strengthened the township (town) awareness and organization in place, with no support among community cadres, not fulfilling publicity and mobilization responsibilities farmers hear from immunization, prevention of sub is a
10、farmer who is not at home, cant let epidemic prevention. 2016 and 1 to complete the major animal diseases by higher authorities compulsory immunization task. 2, complete antibody superior monitoring and pathogen monitoring tasks. 3, complete disease epidemiology supervisor tasks. 4, animal disease m
11、ortality survey tasks assigned by the superior. 5, serum sample tasks are assigned to the Township, incorporated into the Regional Bureau of animal husbandry and veterinary medicine annual target assessment within the framework of the animal husbandry and veterinary station in villages and towns. 6,
12、 complete, update the Township and village veterinary cold chain facilities. 7, adoption and implementation of animal disease control medium-and long-term planning. 8, develop village-level epidemic prevention staff appraisal management and supervise 第一章 概 况第一节 概 述一、工程名称本工程名称为-800m水平中央水仓及沉淀池。二、掘进目的及
13、巷道用途掘进目的是为形成矿井永久排水系统，满足矿井生产时排水需要。三、巷道设计长度及服务年限巷道设计长度：-800m水平中央水仓及沉淀池设计长度618.916m。服务年限：-800m水平中央水仓及沉淀池服务年限为42年。四、预计开、竣工时间根据生产接续安排，本工程自2011年7月份开工，预计2011年10月份竣工。第二节 编写依据一、初步设计及批准时间：本规程编制依据金黄庄矿井初步设计（变更），批准时间：2008年12月。金黄庄矿井施工组织设计，批准时间：2009年6月。二、施工设计图纸及批准时间本规程编制依据“金黄庄矿井-800m水平中央水仓及沉淀池”（首图号JHS1113-136-02）,
14、批准时间：2011年6月。三、地质说明书及批准时间：依据编制依据-800m水平中央水仓及沉淀池地质说明书，批准时间：2011年7月3日。第二章 岩层赋存及水文地质第一节 地面相对位置及邻近采区开采情况表 -800m水平中央水仓及沉淀池位于主井北侧，东临主排水泵房。 巷道位置及井上下关系表 表一水平名称-800水平巷道名称中央水仓及沉淀池地面标高+42.5m井下标高-804.71-800.88m地面的相对位置回风上山对应地面标高最高+44.2米，最低+43米。地面投影为主井北侧。 回采对地面设施的影响中央水仓及沉淀池掘完后，地面无下沉，对地面设施无影响。井下位置及相邻关系 -800水平中央水仓及
15、沉淀池，位于于主井北侧，东临主排水泵房。巷道设计方 位层 位长度282192102粉砂岩、泥岩618.916米第二节岩层赋存特征一、本巷道岩层赋存特征：-800m水平中央水仓依次揭露粉砂岩、泥岩、粉砂岩，以泥岩为主。粉砂岩：以深灰色为主，浅灰色次之，粉砂质结构，平坦状断面。见少量的黄铁矿结核及少量植物化石碎片。泥岩：为杂色，上部为紫红色，中部为浅灰色，下部为浅灰绿色；泥质结构，参差状断口，全层间夹粉砂岩薄层，局部为细沙岩薄层。岩层产状：走向516，倾向273284，岩层倾角20左右。普氏系数为f=46.柱状图见附图。 二、回风上山与B2煤层之间岩柱：根据副井井筒实际揭露B2煤层位置和B2煤层底板等高线，本巷道位于B2煤层顶板岩层中，距离最近岩柱31m，最远68米。巷道顶底板位于粉砂岩中。三、 预测巷道瓦斯涌出量、突出倾向： (一)预测中央水仓及沉淀池掘进工作面的瓦斯绝对涌出量按0.1 m/mim计算。(二)本巷道是在B2煤层顶板岩层中掘进，与B2煤层之间最近岩柱31米，因此没有突出危险。四、地温、地压：施工区域在-800m，为二级高温区。地压正常，无冲击地压。第三节 地质构造根据三维地震勘探提供的B2煤层底板等高线图，和在-800井底车场探B2煤结果，巷道掘进过程中预计无断层。第四节 水文地质 一、根据-副井井底车场及北部运输
