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Milling cutter rest feeding control method, control device, control system and double-wheel slot milling machine
The invention relates to a milling cutter rest feeding control method, device and system and a double-wheel slot milling machine, and the milling cutter rest feeding control method comprises the steps that mode selection information, a pressure correlation value and a speed correlation value are obtained, the mode selection information comprises a constant-pressure speed limiting mode, and the pressure correlation value comprises a pressure correlation value and a speed correlation value; the pressure correlation value comprises at least one of the working pressure and the torque of the driving part, and the speed correlation value comprises at least one of the rotating speed and the working stroke of the driving part; calculating the rock breaking pressure of the milling cutter frame according to the pressure correlation value, and calculating the feeding speed of the milling cutter frame according to the speed correlation value; under the condition that the mode selection information is the constant-pressure speed limiting mode, preset pressure and preset maximum speed are set; according to the comparison result of the feeding speed and the preset maximum speed, the speed correlation value is adjusted, so that the feeding speed does not exceed the preset maximum speed; and adjusting the pressure correlation value according to a comparison result of the rock breaking pressure and the preset pressure so as to enable the rock breaking pressure to be equal to the preset pressure.
本公开涉及一种铣刀架进给控制方法、控制装置、控制系统及双轮铣槽机，其中，铣刀架进给控制方法包括：获取模式选择信息、压力关联值和速度关联值，其中模式选择信息包括恒压限速模式，压力关联值包括驱动部件的工作压力和扭矩中的至少一个，速度关联值包括驱动部件的转速和工作行程中的至少一个；根据压力关联值计算铣刀架的破岩压力，根据速度关联值计算铣刀架的进给速度；在模式选择信息为恒压限速模式的情况下，设定预设压力和预设最大速度；根据进给速度和预设最大速度的比较结果调整速度关联值，以使进给速度不超过预设最大速度；根据破岩压力和预设压力的比较结果调整压力关联值，以使破岩压力等于预设压力。
Milling cutter rest feeding control method, control device, control system and double-wheel slot milling machine
The invention relates to a milling cutter rest feeding control method, device and system and a double-wheel slot milling machine, and the milling cutter rest feeding control method comprises the steps that mode selection information, a pressure correlation value and a speed correlation value are obtained, the mode selection information comprises a constant-pressure speed limiting mode, and the pressure correlation value comprises a pressure correlation value and a speed correlation value; the pressure correlation value comprises at least one of the working pressure and the torque of the driving part, and the speed correlation value comprises at least one of the rotating speed and the working stroke of the driving part; calculating the rock breaking pressure of the milling cutter frame according to the pressure correlation value, and calculating the feeding speed of the milling cutter frame according to the speed correlation value; under the condition that the mode selection information is the constant-pressure speed limiting mode, preset pressure and preset maximum speed are set; according to the comparison result of the feeding speed and the preset maximum speed, the speed correlation value is adjusted, so that the feeding speed does not exceed the preset maximum speed; and adjusting the pressure correlation value according to a comparison result of the rock breaking pressure and the preset pressure so as to enable the rock breaking pressure to be equal to the preset pressure.
本公开涉及一种铣刀架进给控制方法、控制装置、控制系统及双轮铣槽机，其中，铣刀架进给控制方法包括：获取模式选择信息、压力关联值和速度关联值，其中模式选择信息包括恒压限速模式，压力关联值包括驱动部件的工作压力和扭矩中的至少一个，速度关联值包括驱动部件的转速和工作行程中的至少一个；根据压力关联值计算铣刀架的破岩压力，根据速度关联值计算铣刀架的进给速度；在模式选择信息为恒压限速模式的情况下，设定预设压力和预设最大速度；根据进给速度和预设最大速度的比较结果调整速度关联值，以使进给速度不超过预设最大速度；根据破岩压力和预设压力的比较结果调整压力关联值，以使破岩压力等于预设压力。
Milling cutter rest feeding control method, control device, control system and double-wheel slot milling machine
铣刀架进给控制方法、控制装置、控制系统及双轮铣槽机
LIU SONG (author) / NI KUN (author) / ZHANG RUICHENG (author) / ZHENG WEN (author)
2023-12-22
Patent
Electronic Resource
Chinese
IPC:
E02F
Baggern
,
DREDGING
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