CN-121989098-A - Machine tool machining center system, cooling liquid control system and cooling liquid control method

CN121989098ACN 121989098 ACN121989098 ACN 121989098ACN-121989098-A

Abstract

The application relates to the technical field of remote control of a cooling liquid circulation system of a machine tool machining center, in particular to a machine tool machining center system, a cooling liquid control system and a cooling liquid control method, wherein the system comprises a cooling liquid circulation system, a cooling station, a machining chamber and a chip groove, the cooling liquid circulation system utilizes cooling liquid of the cooling station to cool the machining chamber, the cooling liquid of the machining chamber is collected into the chip groove, the cooling liquid circulation system realizes circulation of the cooling liquid among the cooling station, the machining chamber and the chip groove, a main machine electric cabinet and a remote control electric cabinet are connected into a power bus of the machine tool machining center, and when the main machine electric cabinet cuts off power supply for the cooling liquid circulation system, the remote control electric cabinet supplies power for the cooling liquid circulation system according to a remote control signal and controls the cooling liquid circulation system to work. Therefore, the problems that the cooling liquid circulation system of the machine tool machining center depends on power supply of a host machine and cannot independently operate, so that the cooling liquid is easy to deteriorate, the labor cost is increased and the like are solved.

Inventors

Hao Pipeng
LI DENGWEN
LI DAQI
WANG JIAOLONG
LI ZHIHAI
WANG DONGXU
LIU WEI
LI YICHEN
ZHANG ANG

Assignees

中国第一汽车股份有限公司

Dates

Publication Date: 20260508
Application Date: 20251218

Claims (10)

1. A machine tool machining center system, comprising: The cooling system utilizes the cooling liquid of the cooling station to cool the processing chamber, the cooling liquid of the processing chamber is gathered to the chip groove, and the cooling liquid circulation system realizes the circulation of the cooling liquid among the cooling station, the processing chamber and the chip groove; The machine tool machining center comprises a main machine electric cabinet and a remote control electric cabinet, wherein the main machine electric cabinet and the remote control electric cabinet are connected into a power bus of the machine tool machining center, and when the main machine electric cabinet is cut off to supply power to the cooling liquid circulation system, the remote control electric cabinet supplies power to the cooling liquid circulation system according to a remote control signal and controls the cooling liquid circulation system to work.
2. The machine tool machining center system according to claim 1, wherein the power supply lines of the main electric cabinet and the power supply bus are connected in series with a main circuit power switch and a three-phase monitoring element, and the remote control electric cabinet and the power supply lines of the power supply bus are connected in series with an air switch, and the three-phase monitoring element is used for monitoring whether the main circuit power switch is turned off.
3. The machine tool machining center system according to claim 2, wherein the main electrical cabinet includes a control circuit, the control circuit is connected to the main electrical power switch, the three-phase monitoring element, and the air switch, and when the main electrical power switch is determined to be open according to the detection result of the three-phase monitoring element, the air switch is controlled to be closed.
4. The machine tool machining center system of claim 1, wherein the coolant circulation system includes a feed pump and a suction pump disposed at a cooling station, and a detection circuit disposed at the junk slot for detecting an actual level of coolant in the junk slot.
5. The machine tool machining center system according to claim 4, wherein the remote control electric cabinet comprises a control module and a remote communication module, the remote communication module is used for receiving a remote control signal, the control module controls the cooling liquid circulation system to be connected to the remote control electric cabinet according to the remote control signal, and the cooling liquid circulation system is powered through the remote control electric cabinet to control the cooling liquid circulation system to work.
6. The machine tool machining center system according to claim 5, wherein the control module generates a target control command based on the actual liquid level and a preset reference liquid level, and controls the operating states of the water feed pump and the water pump based on the target control command.
7. The machine tool machining center system according to claim 5, further comprising: an oil pan disposed below the cooling station and the junk slots; The liquid leakage monitoring switch is arranged in the oil receiving disc, generates a liquid leakage signal of the cooling liquid when the liquid leakage monitoring switch detects the cooling liquid in the oil receiving disc, sends the liquid leakage signal to the control module, and the control module controls the working states of the water feeding pump and the water pumping pump according to the liquid leakage signal.
8. The machine tool machining center system according to claim 5, wherein a scram switch is provided on the remote control electric cabinet, and the control module controls the remote control electric cabinet to stop supplying power to the coolant circulation system when detecting a pressing signal of the scram switch.
9. A machine tool machining center coolant control system, comprising: The machine tool machining center system of any one of claims 1-8; The target terminal is communicated with the remote control electric cabinet of the machine tool machining center system, a remote control signal is sent to the remote control electric cabinet, and the remote control electric cabinet responds to the remote control signal to supply power for the cooling liquid circulation system and control the cooling liquid circulation system to work.
10. A method for controlling coolant in a machining center of a machine tool, the method being applied to a remote control electric cabinet of a machining center system of any one of claims 1 to 8, wherein the method comprises: Receiving a remote control signal; responding to the remote control signal to supply power to the cooling liquid circulation system; and controlling the working of the cooling liquid circulation system according to the actual liquid level of the cooling liquid in the chip removal groove.

Description

Machine tool machining center system, cooling liquid control system and cooling liquid control method Technical Field The application relates to the technical field of remote control of a cooling liquid circulation system of a machine tool machining center, in particular to a machine tool machining center system, a cooling liquid control system and a cooling liquid control method. Background The cooling liquid circulation system takes away heat generated in the operation process of the machine tool by circulating cooling liquid, and the cooling liquid is static for a long time, so that deterioration and decomposition can be caused. In the related art, a cooling liquid circulation system of a machine tool machining center cannot independently operate due to the fact that power is supplied by a main machine, so that the cooling liquid is easy to deteriorate and labor cost is increased. Disclosure of Invention The application provides a machine tool machining center system, a cooling liquid control system and a cooling liquid control method, which are used for solving the problems that a cooling liquid is easy to deteriorate and labor cost is increased due to the fact that a cooling liquid circulation system of the machine tool machining center depends on a host machine to supply power and cannot independently run. The embodiment of the first aspect of the application provides a machine tool machining center system, which comprises a cooling liquid circulation system, a cooling station, a machining chamber and a chip groove, wherein the cooling liquid circulation system utilizes cooling liquid of the cooling station to realize cooling of the machining chamber, the cooling liquid of the machining chamber is collected into the chip groove, the cooling liquid circulation system realizes circulation of the cooling liquid among the cooling station, the machining chamber and the chip groove, a main machine electric cabinet and a remote control electric cabinet are connected into a power bus of the machine tool machining center, and when the main machine electric cabinet is cut off to supply power for the cooling liquid circulation system, the remote control electric cabinet supplies power for the cooling liquid circulation system according to a remote control signal and controls the cooling liquid circulation system to work. Optionally, the main circuit power switch and the three-phase monitoring element are connected in series on the power supply lines of the main circuit power cabinet and the power bus, the air switch is connected in series on the power supply lines of the remote control power cabinet and the power bus, and the three-phase monitoring element is used for monitoring whether the main circuit power switch is disconnected. Optionally, the main machine electric cabinet comprises a control loop, the control loop is connected with the main circuit power switch, the three-phase monitoring element and the air switch, and when the main circuit power switch is determined to be opened according to the detection result of the three-phase monitoring element, the air switch is controlled to be closed. Optionally, the cooling liquid circulation system comprises a water feeding pump and a water suction pump which are arranged at the cooling station, and a detection circuit which is arranged at the chip groove and is used for detecting the actual liquid level of the cooling liquid in the chip groove. Optionally, the remote control electric cabinet comprises a control module and a remote communication module, wherein the remote communication module is used for receiving a remote control signal, and the control module controls the cooling liquid circulation system to be connected into the remote control electric cabinet according to the remote control signal, and supplies power to the cooling liquid circulation system through the remote control electric cabinet so as to control the cooling liquid circulation system to work. Optionally, the control module generates a target control command according to the actual liquid level and a preset reference liquid level, and controls the working states of the water feeding pump and the water pumping pump according to the target control command. Optionally, the cooling system further comprises an oil receiving disc arranged below the cooling station and the chip removal groove, and a liquid leakage monitoring switch arranged in the oil receiving disc, wherein the liquid leakage monitoring switch generates a liquid leakage signal of cooling liquid when detecting the cooling liquid in the oil receiving disc, the liquid leakage signal is sent to the control module, and the control module controls the working states of the water supply pump and the water pump according to the liquid leakage signal. Optionally, a sudden stop switch is arranged on the remote control electric cabinet, and the control module controls the remote control electric cabinet to stop supplying power to the coo