浆料利用率指标研究测试数据

数据内容：相关专利（CN114470876A-一种燃料电池膜电极浆料脱泡装置、CN217755109U-一种多功能供料机储浆罐）、原始视频及数据 R2（涂布成品宽度测量、涂布照片、原始数据记录：浆料利用率评测方案记录表、原始数据记录：流量标定记录表、V0测量1、V0测量2、流量标定1+2、流量标定3、涂布开始、涂布中、涂布结束）、浆料利用率提升方案、课题四浆料利用率指标评测报告 R2、课题四浆料利用率指标评测视频 R2等。
采集方案：制备相关浆料，采用量筒标定12RPM泵速下供料泵实际流量，继续采用量筒标定初始浆料体积V0，采用定泵速下（12RPM）涂布，涂布至涂布NG时停止涂布，记录实际涂布距离及涂布产速，根据公式计算涂布时间，再根据时间和流量计算出实际涂布用料量V1，浆料利用率根据η=V1/V0计算得出。
采集地点：安徽明天氢能科技股份有限公司膜电极生产车间。
设备情况：膜电极卷对卷涂布机（GTB500C-0820A01）；钢尺；计时器；量筒；烧杯；玻璃棒；相机。
采集时间：2022.10-2022.11

Data Content: Related patents including CN114470876A - A defoaming device for fuel cell membrane electrode slurry, CN217755109U - A multi-functional slurry storage tank for feeding machines; original videos and data R2, which covers coated finished product width measurement data, coating photos, original data records: slurry utilization rate evaluation scheme record sheet, flow calibration record sheet, V0 measurement 1, V0 measurement 2, flow calibration 1+2, flow calibration 3, coating start, during coating and coating end records; slurry utilization rate improvement plan; Task 4 slurry utilization rate index evaluation report R2; Task 4 slurry utilization rate index evaluation video R2, etc.
Collection Scheme: Prepare relevant slurry, calibrate the actual flow rate of the feed pump at 12 RPM pump speed using a graduated cylinder, then calibrate the initial slurry volume V0 with the same graduated cylinder. Conduct coating at a fixed pump speed of 12 RPM, stop coating when non-conforming coated products are produced. Record the actual coating distance and coating production speed, calculate the coating time according to the formulated formula, then calculate the actual coating material consumption V1 based on the coating time and flow rate. The slurry utilization rate is calculated using the formula η=V1/V0.
Collection Location: Membrane Electrode Production Workshop, Anhui Tomorrow Hydrogen Energy Technology Co., Ltd.
Equipment: Roll-to-roll coating machine for membrane electrodes (Model GTB500C-0820A01); steel ruler; timer; graduated cylinder; beaker; glass stirring rod; camera.
Collection Time: October 2022 - November 2022

搜集汇总

背景与挑战

背景概述

该数据集是“浆料利用率指标研究测试数据”，由安徽明天氢能科技股份有限公司创建，旨在研究燃料电池膜电极浆料的利用率。数据集包含专利、原始视频、测试记录和评测报告等，通过涂布实验和流量标定方法计算浆料利用率，数据量1.4GB，文件数17个，属于国家重点研发计划项目，具有实际生产场景下的实验数据特点。