项目三废排放及治理措施： 该装置是电子产品，组成主要是LED阵列和电子电路，生产中无有害元素、使用中不发出有害物质，废弃物可回收，没有日光灯废弃物含汞污染的问题。 项目实施的计划进度： 本项目执行期为2009年9月至2011年8月。根据项目实施过程，具体划分四个阶段，各阶段任务如下： 2009年8月～2009年12月，启动资金到位，进行项目总体设计、制定产品的检测、标准、生产规程，进行设备购置和安装，做好科技成果转化准备。 2010年1月～2010年6月，完善各种配套设施，进行设备调试，完善各种操作规程，对技术人员进行生产培训。 2010年7月～2010年12月，进行小批量生产，及时做好总结，为大规模生产积累经验。 2011年1月～2011年7月，扩大生产规模，加大市场推广力度。 项目执行期内预计可生产2500台，销售收入740万元，实现利税343.64万元。
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申请单位意见： 负责人： （公章） 年 月 日 专家评审意见： 推荐部门意见： 负责人： （公章） 年 月 日 负责人： （签字） 年 月 日 省科技厅意见： 负责人： （公章） 年 月 日 11
河南省科技成果转化计划项目
可行性研究报告
项目名称：双控LED工业射线照相底片评片装置 项目领域：□ 农业 ■ 工业 □ 社会发展 申请单位： XXXXXX 协作单位： XX检测设备有限公司 编写时间： 2009 年 8 月 12 日
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目 录
一、总论 ···································································································· 14
（一）申请项目概述 ··························································································· 14 （二）项目预期目标 ··························································································· 14
二、项目技术成果的先进性分析 ······································································ 17
（一）简述 ······································································································· 17 （二）项目创新点 ······························································································ 19 （三）知识产权状况 ··························································································· 20
三、项目实施方案分析 ·················································································· 20
（一）项目的转化内容与技术路线 ········································································· 20 （二）项目组织实施方案 ····················································································· 21 （三）项目产品市场调查与竞争能力预测 ································································ 22 （四）投资预算与资金筹措 ·················································································· 23 （五）项目实施风险评价 ····················································································· 25 （六）项目实施计划 ··························································································· 26
四、项目预期效益分析 ·················································································· 26
（一）成果转化目标分析 ····················································································· 26 （二）经济效益分析 ··························································································· 27 （三）社会效益、生态效益分析 ············································································ 29
五、项目支撑条件分析 ·················································································· 29
（一）申报单位基本情况 ····················································································· 29 （二）单位转化能力论述 ····················································································· 30 （三）单位职工队伍情况 ····················································································· 31 （四）单位管理情况 ··························································································· 31 （六）合作单位研发能力 ····················································································· 32
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一、总论
（一）申请项目概述
工业射线照相底片评片装置(简称：观片灯)是观察和评定射线照相底片的必备设备，随着JB/T4730-2005《承压设备无损检测》标准的颁布实施，传统的观片灯已经不能满足需要，急需新产品的问世。
LED工业射线底片观片装置是首次采用LED光源取代热光源及荧光灯，改变了传统观片灯的光源类型；可实现红外感应和脚踏开关双重控制；遮光装置内置设计实现了观察屏大小可以调节，取代成套的遮光板；在观察屏内增设高亮区，以适应高黑度底片的评定。
该项目经河南省科学技术信息研究院查新，国内未见具有本项目技术特征的评片装置。该产品经河南省计量科学研究院检测，所检项目优于行业标准。研制技术通过了省科技厅组织的成果鉴定，鉴定意见为：技术居国内领先水平。本项目在电路设计、原材料的供应渠道、外协加工、生产调试等各个环节，技术上已经成熟；一年多试生产，投放市场用户试用，发现问题并进行了及时的改进和完善，拥有自主知识产权，具备科技成果转化条件。
该评片装置具有节能环保、亮度高、发热量低、寿命长，抗震性好，操作维护简便等特点，可广泛应用于航天航空、造船、核工业、特种设备检验、医疗卫生等领域进行射线底片观察和评定，产品市场广阔；符合国家建设创新性、节约环保型的产业政策。是现有工业射线底片观片灯的更新换代产品。该项目产业化的顺利实施，必将提升国家检测检验装备水平，创造良好的经济效益和社会效益。
（二）项目预期目标 1．总体目标
1.1计划投资额
本项目计划总投资额为200万元，已完成投资额46万元，申请河南省科技成果转化资金无偿资助50万元，单位自筹104万元。
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