FeedingEquip_Partial.cs
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using OnlineStore.Common;
using OnlineStore.LoadCSVLibrary;
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;
namespace OnlineStore.DeviceLibrary
{
partial class FeedingEquip
{
#region 托盘检测
private void StartCheckFixture()
{
int num = TrayManager.GetTrayNum(DeviceID);
if (IOValue(IO_Type.StopCylinder_Check2).Equals(IO_VALUE.HIGH))
{
//托盘在两个阻挡内
if (num > 0)
{
TrayManager.UpdateSWState(Config.SidesWayNum, 2);
SecondMoveInfo.NewMove(LineMoveType.CheckFixture);
CheckLog("托盘检测（流水线阻挡）SecondStoreMove：(MIO_03_StopCylinder2Down 阻挡气缸1-1上升）");
SecondMoveInfo.NextMoveStep(LineMoveStep.MIO_03_StopCylinder2Down);
IOMove(IO_Type.StopCylinder_Down1, IO_VALUE.LOW);
SecondMoveInfo.WaitList.Add(WaitResultInfo.WaitIO(IO_Type.StopCylinder_Down1, IO_VALUE.LOW));
}
else
{
LogUtil.error(Name + "检测到check4亮，但是为获取到托盘号，StartCheckFixture失败~");
}
}
else if (IOValue(IO_Type.StopCylinder_Check1).Equals(IO_VALUE.HIGH))
{
//托盘在第一个阻挡处
SecondMoveInfo.NewMove(LineMoveType.CheckFixture);
SecondMoveInfo.NextMoveStep(LineMoveStep.MIO_01_StopCylinder1Down);
TrayManager.UpdateSWState(Config.SidesWayNum, 2);
CheckLog(" 托盘检测：料盘检测 SecondStoreMove（MIO_01_StopCylinder1Down阻挡气缸1-1下降 ，最多等待1秒）");
IOMove(IO_Type.StopCylinder_Down1, IO_VALUE.HIGH);
SecondMoveInfo.WaitList.Add(WaitResultInfo.WaitIO(IO_Type.StopCylinder_Down1, IO_VALUE.HIGH));
SecondMoveInfo.WaitList.Add(WaitResultInfo.WaitTime(1500));
}
}
protected override void CheckFixtureProcess()
{
if (!LineManager.Line.LineCanRun())
{
return;
}
if (SecondMoveInfo.IsInWait)
{
CheckWait(SecondMoveInfo);
}
if (SecondMoveInfo.IsInWait)
{
return;
}
#region 托盘检测
if (SecondMoveInfo.MoveStep.Equals(LineMoveStep.MIO_01_StopCylinder1Down))
{
CheckLog("托盘检测（流水线阻挡）SecondStoreMove：(MIO_02_FixtureCheck 阻挡气缸1-1上升，等待 阻挡2托盘检测=1）");
SecondMoveInfo.NextMoveStep(LineMoveStep.MIO_03_StopCylinder2Down);
IOMove(IO_Type.StopCylinder_Down1, IO_VALUE.LOW);
SecondMoveInfo.WaitList.Add(WaitResultInfo.WaitIO(IO_Type.StopCylinder_Down1, IO_VALUE.LOW));
SecondMoveInfo.WaitList.Add(WaitResultInfo.WaitIO(IO_Type.StopCylinder_Check2, IO_VALUE.HIGH));
}
else if (SecondMoveInfo.MoveStep.Equals(LineMoveStep.MIO_02_FixtureCheck))
{
CheckLog("托盘检测（流水线阻挡）SecondStoreMove：(MIO_03_StopCylinder2Down 阻挡气缸1-1上升）");
SecondMoveInfo.NextMoveStep(LineMoveStep.MIO_03_StopCylinder2Down);
IOMove(IO_Type.StopCylinder_Down1, IO_VALUE.LOW);
SecondMoveInfo.WaitList.Add(WaitResultInfo.WaitIO(IO_Type.StopCylinder_Down1, IO_VALUE.LOW));
// SecondMoveInfo.EndStepWait();
}
else if (SecondMoveInfo.MoveStep.Equals(LineMoveStep.MIO_03_StopCylinder2Down))
{
CheckLog("托盘检测（流水线阻挡）SecondStoreMove：(MIO_04_Wait ,等待编码信号稳定）");
SecondMoveInfo.NextMoveStep(LineMoveStep.MIO_04_Wait);
SecondMoveInfo.WaitList.Add(WaitResultInfo.WaitTime(500));
}
else if (SecondMoveInfo.MoveStep.Equals(LineMoveStep.MIO_04_Wait))
{
try
{
//判断是否需要顶升
// bool isNeed = false;
//此处先对托盘号进行验证
currMoveTrayNum = TrayManager.GetTrayNum(DeviceID);
bool isFull = TrayManager.IsFixTureFull(currMoveTrayNum);
if (TrayManager.RightTrayCode(currMoveTrayNum, preTrayNum, false))
{
//出料中，需要拦盘
if (NeedCurrTray())
{
//preTrayNum = currMoveTrayNum;
SecondMoveInfo.MoveParam = new InOutParam(currMoveTrayNum);
SecondMoveInfo.NextMoveStep(LineMoveStep.MO_11_CodeRember);
SecondMoveInfo.EndStepWait();
return;
}
}
else
{
string msg = Name + " 托盘顺序错乱，上个托盘号【" + preTrayNum + "】当前托盘号 【" + currMoveTrayNum + "】最大盘号【" + TrayManager.MaxTrayNum + "】";
TrayManager.UpdateTrayNumError(DeviceID, msg);
LogUtil.error(msg);
return;
}
LogInfo(SecondMoveInfo.MoveNum + "***************上个托盘号【" + preTrayNum + "】，当前" + (isFull ? "有料托盘" : "空托盘") + "【" + currMoveTrayNum + "】没有出入料任务，放盘通过~");
// preTrayNum = currMoveTrayNum;
if (TrayManager.ErrorStoreId.Equals(DeviceID))
{
TrayManager.UpdateTrayNumError(-1, "");
}
CheckLog("托盘放行 SecondStoreMove：(MO_13_WaitCanGo ，移栽2，需要判断是否可以放盘通过,最多等待10000）");
SecondMoveInfo.NextMoveStep(LineMoveStep.MO_13_WaitCanGo);
}
catch (Exception ex)
{
LogUtil.error("判断托盘是否需要顶升出错：" + ex.ToString());
}
}
else if (SecondMoveInfo.MoveStep.Equals(LineMoveStep.MIO_05_WaitTime))
{
CheckLog("托盘检测（流水线阻挡）SecondStoreMove：(MIO_06_TopCylinderUp 顶升气缸上 升 ）");
SecondMoveInfo.NextMoveStep(LineMoveStep.MIO_06_TopCylinderUp);
CylinderMove(SecondMoveInfo, IO_Type.TopCylinder_Down, IO_Type.TopCylinder_UP);
}
else if (SecondMoveInfo.MoveStep.Equals(LineMoveStep.MIO_06_TopCylinderUp))
{
CheckLog("托盘检测（流水线阻挡）SecondStoreMove：(MIO_07_TopCylinderUpWait ,顶升气缸上升时等待1秒钟，再下降）");
SecondMoveInfo.NextMoveStep(LineMoveStep.MIO_07_TopCylinderUpWait);
SecondMoveInfo.WaitList.Add(WaitResultInfo.WaitTime(1000));
}
else if (SecondMoveInfo.MoveStep.Equals(LineMoveStep.MIO_07_TopCylinderUpWait))
{
CheckLog("托盘检测（流水线阻挡）*************** 托盘号【" + currMoveTrayNum + "】");
//托盘号正确
//preTrayNum = num;
//判断盘是空盘,空盘并且编号正确才需要放料盘过去
if (TrayIsNeedOutStore())
{
SecondMoveInfo.MoveParam = new InOutParam(currMoveTrayNum);
LogInfo(SecondMoveInfo.MoveNum + "*************** 托盘号【" + currMoveTrayNum + "】可以放出料托盘，正在出料中，移栽料盘");
SecondMoveInfo.NextMoveStep(LineMoveStep.MO_11_CodeRember);
SecondMoveInfo.EndStepWait();
}
else
{
//preTrayNum = num;
if (TrayManager.ErrorStoreId.Equals(DeviceID))
{
TrayManager.UpdateTrayNumError(-1, "");
}
CheckLog("托盘检测 SecondStoreMove：(MO_12_TopCylinder_Down ，托盘号【" + currMoveTrayNum + "】,直接放盘通过，顶升气缸下降）");
SecondMoveInfo.NextMoveStep(LineMoveStep.MO_12_TopCylinder_Down);
CylinderMove(SecondMoveInfo, IO_Type.TopCylinder_UP, IO_Type.TopCylinder_Down);
}
}
else if (SecondMoveInfo.MoveStep.Equals(LineMoveStep.MIO_08_WaitInStore) && MoveInfo.MoveType.Equals(LineMoveType.None))
{
CheckLog("托盘放行 SecondStoreMove：(MIO_09_WaitLetFixtureGo ，等待移栽完成后放开阻挡）");
StartOutStoreMove(SecondMoveInfo.MoveParam);
SecondMoveInfo.NextMoveStep(LineMoveStep.MIO_09_WaitLetFixtureGo);
}
#endregion
#region 不需要出出料，直接放行
else if (SecondMoveInfo.MoveStep.Equals(LineMoveStep.MO_12_TopCylinder_Down))
{
CheckLog("托盘放行 SecondStoreMove：(MO_13_WaitCanGo ，移栽2，需要判断是否可以放盘通过,最多等待10000）");
SecondMoveInfo.NextMoveStep(LineMoveStep.MO_13_WaitCanGo);
//更新横移托盘已处理完成
TrayManager.UpdateSWState(Config.SidesWayNum, 1);
//if (DeviceID.Equals(2))
//{
// SecondMoveInfo.WaitList.Add(WaitResultInfo.WaitTime(10000));
// SecondMoveInfo.WaitList.Add(WaitResultInfo.WaitSideWay());
// SecondMoveInfo.OneWaitCanEndStep = true;
//}
}
else if (SecondMoveInfo.MoveStep.Equals(LineMoveStep.MO_13_WaitCanGo))
{
CheckLog("托盘放行 SecondStoreMove：(MO_14_StopCylinder2_Down ，阻挡气缸1-2下降）");
SecondMoveInfo.NextMoveStep(LineMoveStep.MO_14_StopCylinder2_Down);
IOMove(IO_Type.StopCylinder_Down2, IO_VALUE.HIGH);
SecondMoveInfo.WaitList.Add(WaitResultInfo.WaitIO(IO_Type.StopCylinder_Down2, IO_VALUE.HIGH));
// SecondMoveInfo.EndStepWait();
}
else if (SecondMoveInfo.MoveStep.Equals(LineMoveStep.MO_14_StopCylinder2_Down))
{
CheckLog("托盘放行 SecondStoreMove：(MO_15_Tray_Check ， 阻挡2托盘检测=0）, 延时2秒）");
SecondMoveInfo.NextMoveStep(LineMoveStep.MO_15_Tray_Check);
SecondMoveInfo.WaitList.Add(WaitResultInfo.WaitIO(IO_Type.StopCylinder_Check2, IO_VALUE.LOW));
}
else if (SecondMoveInfo.MoveStep.Equals(LineMoveStep.MO_15_Tray_Check))
{
SecondMoveInfo.NextMoveStep(LineMoveStep.MO_16_StopCylinder_Back);
CheckLog("托盘放行 SecondStoreMove：(MO_16_StopCylinder_Back ， 阻挡气缸1-2上升 ）");
IOMove(IO_Type.StopCylinder_Down2, IO_VALUE.LOW);
SecondMoveInfo.WaitList.Add(WaitResultInfo.WaitIO(IO_Type.StopCylinder_Down2, IO_VALUE.LOW));
SecondMoveInfo.WaitList.Add(WaitResultInfo.WaitTime(200));
}
else if (SecondMoveInfo.MoveStep.Equals(LineMoveStep.MO_16_StopCylinder_Back))
{
preTrayNum = currMoveTrayNum;
CheckLog("托盘放行 SecondStoreMove：(托盘放行结束） ");
// IOMove(IO_Type.StopCylinder_Down1, IO_VALUE.HIGH);
SecondMoveInfo.EndMove();
}
#endregion
}
#endregion
#region 入料流程
////SL1定位工位检测有信号，阻挡气缸不能下降。
//SL1定位工位检测无信号，阻挡气缸下降，然后料架到工位
//待机位：上料横移机构后退端，上升端，放松端
//移栽伺服原点在上方，只有移栽到流水线时才需要用到，其他时候都在上方待机点
//提升伺服原点在上方，需要配置待机点P1=500？，下降点P5=10000?，回原点负方向
//
//提升伺服先上升到待机点，SL1升降盘定位气缸1后退，定位气缸下降，料架才能进入上料工位
//料架进入上料工位后，定位气缸先上升
//提升伺服下降到P2
////升降盘定位气缸前进
//提升伺服缓慢上升，绝对位置=P1，若上升到P1么有X105,那么没有料盘
// 检测到X105信号，提升伺服停止
// 上料横移机构下降，
// 上料横移机构取料
// 上料横移机构下降
// 上料横移机构夹紧
// 上料横移机构上升
// 提升伺服开始缓慢上升到位
// 计算高度，宽度并记录
// 上料横移机构到放料端
//等待拦截到托盘，并顶升上升，定位上升
// 上料横移机构下降
// 移栽伺服下降到对应盘高位置
//上料气缸放松
// 移栽伺服上升，
// 上料横移机构上升
/// <summary>
/// 判断是否有料架，若有开始入库
/// </summary>
/// <returns></returns>
private bool StartInStoreP()
{
//定位工位有料架
if (IOValue(IO_Type.SL_Location_Check).Equals(IO_VALUE.HIGH)){
return true;
}
//阻挡工位有料架
else if (IOValue(IO_Type.SL_Stop_Check).Equals(IO_VALUE.HIGH))
{
MoveInfo.NextMoveStep(LineMoveStep.FI_03_InLineStart);
IOMove(IO_Type.Line_Run, IO_VALUE.LOW);
IOMove(IO_Type.SL_Entry_Check, IO_VALUE.LOW);
MoveInfo.WaitList.Add(WaitResultInfo.WaitIO(IO_Type.SL_Stop_Check, IO_VALUE.LOW));
InStoreLog(" 检测到SL_Stop_Check=1， FI_03_InLineStart 开始：进料线体运转，进料阻挡上升，等待SL_Stop_Check=0");
IOMove(IO_Type.Line_Run, IO_VALUE.HIGH);
return true;
}
//入料口有料架
else if (IOValue(IO_Type.SL_Entry_Check).Equals(IO_VALUE.HIGH))
{
MoveInfo.NewMove(LineMoveType.InStore);
MoveInfo.NextMoveStep(LineMoveStep.FI_06_InLineRun);
IOMove(IO_Type.SL_Entry_Check, IO_VALUE.HIGH);
IOMove(IO_Type.Line_Run, IO_VALUE.HIGH);
MoveInfo.WaitList.Add(WaitResultInfo.WaitIO(IO_Type.SL_Entry_Check, IO_VALUE.LOW));
InStoreLog("检测到SL_Entry_Check信号，进料线体运转，进料阻挡下降，等待SL_Entry_Check=0");
return true;
}
return false ;
}
public override bool StartInStoreMove(InOutParam param)
{
return false;
}
protected override void InStoreProcess()
{
if (MoveInfo.IsInWait)
{
CheckWait(MoveInfo);
}
if (MoveInfo.IsInWait)
{
if (MoveInfo.MoveStep.Equals(LineMoveStep.Wait))
{
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_01_TrayLocation_After))
{ }
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_02_LocationCylinder_Down))
{
MoveInfo.NextMoveStep(LineMoveStep.FI_03_InLineStart);
IOMove(IO_Type.Line_Run, IO_VALUE.HIGH);
MoveInfo.WaitList.Add(WaitResultInfo.WaitIO(IO_Type.SL_Stop_Check, IO_VALUE.HIGH));
InStoreLog(" FI_03_InLineStart 开始：等待SL_Stop_Check=1");
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_03_InLineStart))
{
MoveInfo.NextMoveStep(LineMoveStep.FI_04_InLineRun);
IOMove(IO_Type.Line_Run, IO_VALUE.HIGH);
MoveInfo.WaitList.Add(WaitResultInfo.WaitIO(IO_Type.SL_Stop_Check, IO_VALUE.HIGH));
InStoreLog(" FI_04_InLineRun 开始：等待SL_Stop_Check=1");
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_04_InLineRun))
{
MoveInfo.NextMoveStep(LineMoveStep.FI_05_InLineStart);
IOMove(IO_Type.Line_Run, IO_VALUE.LOW);
IOMove(IO_Type.SL_Entry_Check, IO_VALUE.LOW);
MoveInfo.WaitList.Add(WaitResultInfo.WaitIO(IO_Type.SL_Stop_Check, IO_VALUE.LOW));
InStoreLog(" FI_05_InLineStart 开始：进料线体运转，进料阻挡上升，等待SL_Stop_Check=0");
IOMove(IO_Type.Line_Run, IO_VALUE.HIGH);
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_05_InLineStart))
{
MoveInfo.NextMoveStep(LineMoveStep.FI_06_InLineRun);
IOMove(IO_Type.Line_Run, IO_VALUE.HIGH);
MoveInfo.WaitList.Add(WaitResultInfo.WaitIO(IO_Type.SL_Location_Check, IO_VALUE.HIGH));
InStoreLog(" FI_06_InLineRun 开始：SL_Location_Check=1");
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_06_InLineRun))
{
MoveInfo.NextMoveStep(LineMoveStep.FI_07_LocationCylinder_Up);
InStoreLog(" FI_07_LocationCylinder_Up 开始：进料线体停止，定位气缸上升");
IOMove(IO_Type.Line_Run, IO_VALUE.LOW);
CylinderMove(MoveInfo, IO_Type.SL_LocationCylinder_Down, IO_Type.SW4_LocationCylinder_Up);
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_07_LocationCylinder_Up))
{
MoveInfo.NextMoveStep(LineMoveStep.FI_08_BatchAxisToP2);
InStoreLog(" FI_08_BatchAxisToP2 开始：提升轴下降到位P2");
IOMove(IO_Type.Line_Run, IO_VALUE.LOW);
ACAxisMove(Config.Batch_Axis, Config.BatchAxisP2, Config.BatchAxis_P2Speed);
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_08_BatchAxisToP2))
{
MoveInfo.NextMoveStep(LineMoveStep.FI_09_TrayLocation_Before);
InStoreLog(" FI_09_TrayLocation_Before 开始：升降盘定位气缸前进");
TrayLCylinderBefore(MoveInfo);
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_09_TrayLocation_Before))
{
MoveInfo.NextMoveStep(LineMoveStep.FI_10_AxisUpMove);
InStoreLog(" FI_10_AxisUpMove 开始：上料轴开始慢速上升到P3点，等待加测到料盘");
ACAxisMove(Config.Batch_Axis, Config.BatchAxisP3, Config.BatchAxis_P3Speed);
//TODO 需要增加定时器，获取验证信号并停止伺服
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_10_AxisUpMove))
{
if (IOValue(IO_Type.SL_Location_Check).Equals(IO_VALUE.HIGH))
{
//有料盘
}
else
{
//无料盘
}
MoveInfo.NextMoveStep(LineMoveStep.FI_11_MoveCylinder_Take);
InStoreLog(" FI_11_MoveCylinder_Take 开始：判断是否有料盘");
ACAxisMove(Config.Batch_Axis, Config.BatchAxisP3, Config.BatchAxis_P3Speed);
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_11_MoveCylinder_Take))
{
MoveInfo.NextMoveStep(LineMoveStep.FI_12_MoveCylinder_Down);
InStoreLog(" FI_12_MoveCylinder_Down 开始：上料横移机构下降");
CylinderMove(MoveInfo, IO_Type.SL_MoveCylinder_Up, IO_Type.SL_MoveCylinder_Down);
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_12_MoveCylinder_Down))
{
MoveInfo.NextMoveStep(LineMoveStep.FI_13_MoveCylinder_Tighten);
InStoreLog(" FI_13_MoveCylinder_Tighten 开始：上料横移机构夹紧");
CylinderMove(MoveInfo, IO_Type.SL_MoveCylinder_Slack, IO_Type.SL_MoveCylinder_Tighten);
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_13_MoveCylinder_Tighten))
{
MoveInfo.NextMoveStep(LineMoveStep.FI_14_MoveCylinder_Up);
InStoreLog(" FI_14_MoveCylinder_Up 开始：上料横移机构上升，同时伺服运动到P3");
CylinderMove(MoveInfo, IO_Type.SL_MoveCylinder_Down, IO_Type.SL_MoveCylinder_Up);
BatchToP3();
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_14_MoveCylinder_Up))
{
MoveInfo.NextMoveStep(LineMoveStep.FI_15_SaveSize);
LastHeight = GetHeight();
if (IOValue(IO_Type.SL_TrayCheck1).Equals(IO_VALUE.HIGH)&&IOValue(IO_Type.SL_TrayCheck2 ).Equals(IO_VALUE.HIGH))
{
LastWidth = 7;
}
else if (IOValue(IO_Type.SL_TrayCheck3).Equals(IO_VALUE.HIGH) && IOValue(IO_Type.SL_TrayCheck4).Equals(IO_VALUE.HIGH))
{
LastWidth = 13;
}
InStoreLog(" FI_15_SaveSize 开始：记录高度尺寸 高度【"+LastHeight+"】宽度【"+LastWidth+"】");
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_15_SaveSize))
{
MoveInfo.NextMoveStep(LineMoveStep.FI_16_MoveCylinder_Emptying);
InStoreLog(" FI_16_MoveCylinder_Emptying 开始：上料横移气缸放料SOL");
CylinderMove(MoveInfo, IO_Type.SL_MoveCylinder_Take, IO_Type.SL_MoveCylinder_Take);
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_16_MoveCylinder_Emptying))
{
MoveInfo.NextMoveStep(LineMoveStep.FI_17_WaitTray);
InStoreLog(" FI_17_WaitTray 开始：等待空托盘到达，并顶升上升，定位上升");
//TODO 此处需要等待空托盘
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_17_WaitTray))//TODO
{
MoveInfo.NextMoveStep(LineMoveStep.FI_18_MoveCylinder_Down);
InStoreLog(" FI_18_MoveCylinder_Down 开始：上料机构下降");
CylinderMove(MoveInfo, IO_Type.SL_MoveCylinder_Up, IO_Type.SL_MoveCylinder_Down);
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_18_MoveCylinder_Down))
{
MoveInfo.NextMoveStep(LineMoveStep.FI_19_UpdownAxisToP2);
InStoreLog(" FI_19_UpdownAxisToP2 开始：移栽伺服下降到指定位置");
int targetPositon = Config.GetUpdownPositionP2(LastHeight);
ACAxisMove(Config.UpDown_Axis, targetPositon, Config.UpdownAxis_P2Speed);
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_19_UpdownAxisToP2))
{
MoveInfo.NextMoveStep(LineMoveStep.FI_20_MoveCylinder_Slack);
InStoreLog(" FI_20_MoveCylinder_Slack 开始：上料气缸放松");
CylinderMove(MoveInfo, IO_Type.SL_MoveCylinder_Tighten, IO_Type.SL_MoveCylinder_Slack);
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_20_MoveCylinder_Slack))
{
MoveInfo.NextMoveStep(LineMoveStep.FI_21_UpDownAxisToP1);
InStoreLog(" FI_21_UpDownAxisToP1 开始：升降伺服到P1点");
ACAxisMove(Config.UpDown_Axis, Config.UpDownAxisP1, Config.UpdownAxis_P1Speed);
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_21_UpDownAxisToP1))
{
MoveInfo.NextMoveStep(LineMoveStep.FI_22_MoveCylinder_Up);
InStoreLog(" FI_22_MoveCylinder_Up 开始：上料横移机构上升");
CylinderMove(MoveInfo, IO_Type.SL_MoveCylinder_Down, IO_Type.SL_MoveCylinder_Up);
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_22_MoveCylinder_Up))
{
MoveInfo.NextMoveStep(LineMoveStep.FI_23_MoveCylinder_Take);
InStoreLog(" FI_23_MoveCylinder_Take 开始：上料横移机构到取料端");
CylinderMove(MoveInfo, IO_Type.SL_MoveCylinder_Give, IO_Type.SL_MoveCylinder_Take);
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_23_MoveCylinder_Take))
{
MoveInfo.NextMoveStep(LineMoveStep.FI_31_BatchAxisToP2);
InStoreLog(" FI_31_BatchAxisToP2 开始：未检测到料盘，提升伺服到P2点");
ACAxisMove(Config.Batch_Axis, Config.BatchAxisP2, Config.BatchAxis_P2Speed);
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_31_BatchAxisToP2))
{
MoveInfo.NextMoveStep(LineMoveStep.FI_32_TrayLocationCylinder_After);
InStoreLog(" FI_32_TrayLocationCylinder_After 开始：上料完成，升降盘定位气缸后退");
TrayLCylinderAfter(MoveInfo);
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_32_TrayLocationCylinder_After))
{
MoveInfo.NextMoveStep(LineMoveStep.FI_33_BatchAxisToP1);
InStoreLog(" FI_33_BatchAxisToP1 开始：上料完成，提升伺服到P1点");
ACAxisMove(Config.Batch_Axis, Config.BatchAxisP1, Config.BatchAxis_P1Speed);
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_33_BatchAxisToP1))
{
MoveInfo.NextMoveStep(LineMoveStep.FI_34_LocationCylinder_Down);
InStoreLog(" FI_34_LocationCylinder_Down 开始：上料完成，定位气缸下降，开始空料架移出");
CylinderMove(MoveInfo, IO_Type.SL_LocationCylinder_Up, IO_Type.SL_LocationCylinder_Down);
}
else if (MoveInfo.MoveStep.Equals(LineMoveStep.FI_34_LocationCylinder_Down))
{
}
return;
}
}
private void BatchToP3()
{
ACAxisMove(Config.Batch_Axis, Config.BatchAxisP3, Config.BatchAxis_P3Speed);
//TODO 需要增加定时器，获取验证信号并停止伺服
}
private int StartMovePosition = 0;
private int EndMovePosition = 0;
private int LastHeight = 0;
private int LastWidth = 0;
private int GetHeight()
{
int AxisChangeValue = Config.Height_ChangeValue;
//计算高度
EndMovePosition = ACServerManager.GetActualtPosition(Config.Batch_Axis);
if (EndMovePosition.Equals(-1))
{
EndMovePosition = ACServerManager.GetActualtPosition(Config.Batch_Axis);
}
LastHeight = (int)Math.Ceiling(1F * (EndMovePosition - StartMovePosition) / AxisChangeValue);
int addHeight = 0;
//如果检测信号未亮，极限亮了，需要补充高
//if (IOManager.IOValue(IO_Type.TrayCheck_LoadMaterial).Equals(IO_VALUE.LOW))
//{
// addHeight = Config.LastTrayAddHeight;
//}
LastHeight += addHeight;
string msg = Name + " 计算盘高：上升前【" + StartMovePosition + "】实时【" + EndMovePosition + "】补充【" + addHeight + "】计算后【" + LastHeight + "】";
if (LastHeight <= 8) { LastHeight = 8; }
else
{
LastHeight = (int)Math.Ceiling(1F * LastHeight / 4) * 4;
}
LogUtil.info(msg + ",归类为" + LastHeight);
return LastHeight;
}
#endregion
#region 出料流程
/// <summary>
/// 判断当前托盘是否需出库
/// </summary>
/// <returns></returns>
private bool TrayIsNeedOutStore()
{
return false;
}
public override bool StartOutStoreMove(InOutParam param)
{
return true;
}
protected override void OutStoreProcess()
{
}
#endregion
}
}