搜索资源列表
PIC16F84
- 此程序用PIC单片机来作为控制器,判断水位再来控制加水,主要用于楼顶水箱的控制-This procedure as a single chip with PIC controller to determine the water level control, add water again, mainly for the control of roof water tanks
bit_power_allocation
- :该文研究OFDM 系统在总功率和误比特率限定下最大化传输速率的问题,并且考虑实际系统中整数比特的限制, 提出基于灌水法则的两种比特分配算法——改进贪婪算法和对分灌水线搜索法-The maximization of data rate under the constraint of total transmit power and bit error rate is a considerable issue in OFDM system. Recognizing that the num
waterFej
- 本程序用KEIL编译平台,用于水位监视,单片机使用AT89C2051,-This procedure KEIL compiler platform used for water level monitoring, the use of single-chip AT89C2051,
iwlc
- this a water level controller project-this is a water level controller project
yilongjun
- 实现水温水位控制,自动加水和自动加热,自动防干烧-Water level control to achieve temperature
Remote_Monitoring
- 下位机采集水位值,并显示出来,同时上传给上位机;上位机收到数据,转化为水位值,并显示出来。-Lower water level in the value of aircraft acquisition and display, at the same time upload to the host computer host computer received data into a water level value, and displayed.
BHR
- 该程序可用于对河床断面进行概化,在输入断面起点距、高程及水位后,就可以得到河床的平均河底高程、河宽以及水深等结果。-The program can be used to estimate cross-section of the river.After you input the distance, elevation and water level of the section, you can get the average river bed height, width and depth
River_Interpolate
- 河段线性插值计算程序。主要用于对原来间距不等的断面进行线性插值,得到新的河宽、高程及水位。该插值程序可以很方便的嵌入其他相关的fortran程序中,一般在差分法中比较常见。-Linear interpolation program sections. Mainly used in the original cross-section spacing, ranging from linear interpolation, the new width, height and water level.
C2957
- 位远程监测装置 最初的价格和维修费用的商业水位测量系统可昂贵的城市,必须监测供水,排水,灌溉,和养护。这种低成本的解决方案,其目的是围绕CY8C26443微控制器, 具有水位传感器集成与数据发射机和设备,收购,加工,储存,并显示数据。后者装置可以连接到PC或SCADA系统。-Water Level Tele-monitoring Device The initial price and maintenance costs of commercial water-level me
as_ll_frac
- Landscape key list: Right/Left - Spin landscape Forward/Back - Move in current direction either forward or backward Space - Move the water level up and down ESC - Exit-Landscape key list: Right/Left - Spin landscape
as_ll_land02
- Landscape 1/2 (first of two) quick key list: Right/Left - Spin landscape Forward/Back - Move in current direction either forward or backward Space - Move the water level up and down ESC - Exit -Landscape 1/2 (first of two) quick key
Pharintrduction
- 可自动对水位资料进行调和分析,资料分析长度为一个月或一年-Water level data can be automatically harmonic analysis, data analysis, the length of a month or a year
temp
- 自动控制,实现高低水位自动控制,实现无水和阻塞自动保护-Automatic control to achieve high and low water level automatic control, to achieve water and blocking automatic protection
w
- 太阳能控制器的水温水位传感器的应用,利于设计者学习-Solar water level sensor temperature controller application, which will help designers to learn
aa
- 基于SQLSERVER的T-SQL源码,用于水情数据处理,入库量还原。-Based on SQLSERVER of T-SQL source code for the water level data processing, storage capacity reduction.
xiyiji
- 设计一种自动洗衣机的程序控制器,在启动后先进水,等到达高水位后,启动洗衣马达转动4min,如在洗衣过程中发现水位低于高水位,则停止洗衣马达转动并报警,并在水位到达高水位后再次启动马达。洗衣结束后则启动排水开关,待水位到达低水位后,则启动脱水马达,转动2min。如此重复三次,要求在每一动作之间有2s的间隔。 高水位,低水位为水位传感器,用两个开关模拟,当水位高于高水位或低于低水位时,两个开关的状态分别为0 。启动开关用一个开关表示。进水、排水、洗衣马达、脱水马达及报警分别用一个发光二极管
main6
- 采用步进电机模拟洗衣机电机,实现上水、浸泡、洗涤、漂洗、甩干等过程。洗涤分弱洗、轻洗、强洗;可设定3级水位设定,每级水位均设定水位下限(值自定);可选择漂洗次数(3~5次)。使用键盘进行流程及参数设定及自动存储流程,设定暂停键,可暂时停止洗衣机的工作,恢复后按原设定程序继续进行,同时设定停止键,可终止洗衣机的工作,并在LED或LCD上显示当前流程。-Simulation using stepper motors washing machine motor to achieve Sheung Sh
main7
- 采用步进电机模拟洗衣机电机,实现上水、浸泡、洗涤、漂洗、甩干等过程。洗涤分弱洗、轻洗、强洗;可设定3级水位设定,每级水位均设定水位下限(值自定);可选择漂洗次数(3~5次)。使用键盘进行流程及参数设定及自动存储流程,设定暂停键,可暂时停止洗衣机的工作,恢复后按原设定程序继续进行,同时设定停止键,可终止洗衣机的工作,并在LED或LCD上显示当前流程。-Simulation using stepper motors washing machine motor to achieve Sheung Sh
shuiweixjy
- 上下游节制闸同时关闭时,下游闸门前和渠道中最大壅水位计算-Upstream and downstream at the same time controlling gate closed, the downstream gate and channel pre-calculation of the largest stop up the water level
Tank
- 堆芯补箱(CMT)是模拟反应堆系统非能动补水实验装置的一个重要组成部分.补水实验是假设当反应堆一回路压力边界上发生踊口事故时,为防止堆芯汽化,将补水箱内的水注入堆芯的过程.当开始补水时,补水箱承受恶劣的热边界条件,随着补水箱内部的水位下降,其内部的蒸汽温度和压力都随时间发生变化,这种动态变化的边界条件,使应力分析的全过程复杂化-Core fill tank (CMT) is a simulation of the reactor system, the non-dynamic replenish