Hundred hertz laser cooling control output systemTechnical Field
The invention belongs to the technical field of data output or control of laser refrigeration equipment systems, and particularly relates to a hundred-hertz laser cooling control output system.
Background
The hundred hertz laser cooling system is a set of application software with complete functions, simple and clear interface and simple operation. The related parameters of 21 temperature areas in total can be respectively displayed and are curved. The laser cooling system is suitable for multiple loads and simultaneously and independently controlling the temperature.
Disclosure of Invention
The invention aims to provide a control output system which is widely used for automatic control and data output of a hundred hertz laser cooling system, so as to improve the control response speed, simplify the control content and improve the production efficiency.
In order to achieve the purpose, the invention adopts the following technical scheme.
The invention discloses a hundred hertz laser cooling control output system, comprising:
1. a master control output interface comprising
"current temperature": monitoring the water temperature in the water tank in real time;
hundred hertz laser cooling control output system "set temperature": displaying and setting a target temperature value meeting the requirement;
"current water pressure": monitoring the water pressure output to a load in real time;
"current flow": to monitor in real time the total flow of water back to the tank after passing through the load;
hundred hertz laser cooling control output system "current conductivity": monitoring the water conductivity in the water tank in real time;
"1 # temperature zone, 2# temperature zone, 3# temperature zone, 4# temperature zone, 5# temperature zone, 6# temperature zone, 7 # temperature zone, 8# temperature zone, 9# temperature zone": displaying real-time corresponding 'current temperature', 'set temperature', 'current water pressure', 'current flow', 'current conductivity' of each temperature zone monitored in real time;
"internal machine failure": all alarm signals of the inner machine comprise an outer machine alarm, namely except that the inner machine itself has an alarm and can give a prompt, when the 'outer machine fault' turns red, the 'inner machine fault' also turns red to give a summary prompt of the alarm prompt;
"external machine failure": summarizing and prompting all alarm signals of the outdoor unit;
"external machine running": an indicator light is operated for the outdoor unit, yellow is stopped, and green is running;
"failure reset": after the alarm occurs and the processing is finished, clicking the key to enable the equipment to be recovered to be normal;
hundred hertz laser cooling control output system "data set": clicking the key to jump into a data setting interface of the equipment, and setting main parameters and alarm parameters of the equipment;
hundred hertz laser cooling control output system "alarm monitoring": clicking the key to jump into an alarm monitoring interface of the equipment, and observing specific fault content in real time;
hundred hertz laser cooling control output system "technological process": clicking the key to jump into a process flow interface of the equipment, and visually observing the running state of the equipment;
hundred hertz laser cooling control output system "temperature history": clicking the key to jump into a 'temperature history curve' interface of the equipment, and inquiring the history temperature;
hundred hertz laser cooling control output system "water supply starts": clicking the key can make the equipment enter an automatic water replenishing state; when the color is yellow, the water level signal in the water tank does not control the water replenishing electromagnetic valve; when the green state is opened, a water level signal in the water tank controls a water replenishing electromagnetic valve;
hundred hertz laser cooling control output system "internal machine start": clicking the key can make the internal machine enter a normal running state, wherein yellow is stopped and green is running;
hundred hertz laser cooling control output system "external machine starts": the key is clicked to enable the outdoor unit to enter a normal running state, wherein yellow is stopped, and green is running;
"exit monitoring": clicking the key can quit the monitoring of the equipment;
2. data setting interface
A. Internal machine data setting part
"set temperature": the target temperature value meeting the requirements can be displayed and set and modified by double-click;
"set overtemperature alarm temperature difference": displaying and setting the upper and lower limit temperature difference of the water temperature alarm value meeting the requirements; can double click to modify;
"set upper limit alarm water pressure": the upper limit value of the water pressure meeting the requirement can be displayed and set by double-click modification;
"set lower limit alarm flow": the lower limit value of the flow required to meet the requirement can be displayed and set by double-click modification;
"set upper limit alarm conductivity": the conductivity upper limit value required to meet the requirement can be displayed and set through double-click modification;
"1 # temperature zone, 2# temperature zone, 3# temperature zone, 4# temperature zone, 5# temperature zone, 6# temperature zone, 7 # temperature zone, 8# temperature zone, 9# temperature zone": displaying real-time corresponding 'set temperature', 'set overtemperature alarm temperature difference', 'set upper limit alarm water pressure', 'set lower limit alarm flow', 'set upper limit alarm conductivity' of each temperature zone monitored in real time;
B. data setting part of outdoor unit
"water temperature": displaying the real-time outlet water temperature of the outdoor unit;
the 'backwater temperature': the real-time backwater temperature of the outer machine is displayed to be modified by double click;
"set temperature": the target temperature value which meets the requirements of the external unit is displayed and set and can be modified by double click;
C. control alarm part
"internal machine failure": the method comprises the following steps of (1) summarizing and prompting all alarm signals of an internal machine;
"external machine failure": summarizing and prompting all alarm signals of the outdoor unit;
"external machine running": an indicator light is operated for the outdoor unit, yellow is stopped, and green is running;
"failure reset": after the alarm occurs and the processing is finished, clicking the key to enable the equipment to be recovered to be normal;
"Return to Main interface": clicking the key to jump into a main interface of the equipment;
"alarm monitoring": clicking the key to jump into an alarm monitoring interface of the equipment, and observing specific fault content in real time;
the 'process flow': clicking the key to jump into a process flow interface of the equipment, and visually observing the running state of the equipment;
3. alarm monitoring interface, comprising
A. Internal machine fault indication part
"water pump overload": when the indicator light turns red, please check whether the water pump AC contactor in the corresponding temperature area is attracted, if so, please contact the after-sales service personnel of our company in time for processing;
"water level": when the alarm lamp turns red, please check whether the water in the water tank corresponding to the temperature zone is lower than the water level switch, if the water in the water tank exceeds the water level switch, please contact with the after-sales service personnel of our company in time to replace the water level switch in time.
The flow rate is as follows: when the indicator light turns red, please check whether the valve in the corresponding temperature zone is opened and whether the load connection water pipe is disconnected;
"water pressure": when the indicator light turns red, please check whether the water pipe output to the load end and the load in the corresponding temperature area are smooth;
"conductivity": when the indicator light turns red, please check whether the valve of the deionization device in the corresponding temperature zone is opened, and whether the resin particles in the deionization device have changed color, normally yellow, and brown is deteriorated;
"overtemperature": when the indicator light turns red, please check whether the water pump AC contactor in the corresponding temperature area is attracted, if so, please contact the after-sales service personnel of our company in time for processing;
B. working indication part of internal machine
The 'water pump': when the indicator light is yellow, the circulating water pump of the corresponding temperature area is in a stop state, otherwise, the circulating water pump is in a running state;
the heating step comprises the following steps: when the indicator light is yellow, the electric heating tube corresponding to the temperature zone is in a stop state, otherwise, the indicator light is in a running state;
"water supply valve": when the indicator light is yellow, the water replenishing electromagnetic valve corresponding to the temperature area is in a stop state, otherwise, the indicator light is in a running state;
C. outer machine indicating part
"external machine running": an indicator light is operated for the outdoor unit, yellow is stopped, and green is running;
"external machine failure": summarizing and prompting all alarm signals of the outdoor unit;
D. control section
"Return to Main interface": clicking the key to jump into a main interface of the equipment;
the 'process flow': clicking the key to jump into a process flow interface of the equipment, and visually observing the running state of the equipment;
"data set": clicking the key to jump into a data setting interface of the equipment, and setting main parameters and alarm parameters of the equipment;
"failure reset": after the device gives an alarm and the processing is completed, clicking the key to enable the device to be recovered to be normal.
Detailed Description
The invention is described in detail below with reference to specific embodiments.
1. A master control output interface comprising
"current temperature": monitoring the water temperature in the water tank in real time;
hundred hertz laser cooling control output system "set temperature": displaying and setting a target temperature value meeting the requirement;
"current water pressure": monitoring the water pressure output to a load in real time;
"current flow": to monitor in real time the total flow of water back to the tank after passing through the load;
hundred hertz laser cooling control output system "current conductivity": monitoring the water conductivity in the water tank in real time;
"1 # temperature zone, 2# temperature zone, 3# temperature zone, 4# temperature zone, 5# temperature zone, 6# temperature zone, 7 # temperature zone, 8# temperature zone, 9# temperature zone": displaying real-time corresponding 'current temperature', 'set temperature', 'current water pressure', 'current flow', 'current conductivity' of each temperature zone monitored in real time;
"internal machine failure": all alarm signals of the inner machine comprise an outer machine alarm, namely except that the inner machine itself has an alarm and can give a prompt, when the 'outer machine fault' turns red, the 'inner machine fault' also turns red to give a summary prompt of the alarm prompt;
"external machine failure": summarizing and prompting all alarm signals of the outdoor unit;
"external machine running": an indicator light is operated for the outdoor unit, yellow is stopped, and green is running;
"failure reset": after the alarm occurs and the processing is finished, clicking the key to enable the equipment to be recovered to be normal;
hundred hertz laser cooling control output system "data set": clicking the key to jump into a data setting interface of the equipment, and setting main parameters and alarm parameters of the equipment;
hundred hertz laser cooling control output system "alarm monitoring": clicking the key to jump into an alarm monitoring interface of the equipment, and observing specific fault content in real time;
hundred hertz laser cooling control output system "technological process": clicking the key to jump into a process flow interface of the equipment, and visually observing the running state of the equipment;
hundred hertz laser cooling control output system "temperature history": clicking the key to jump into a 'temperature history curve' interface of the equipment, and inquiring the history temperature;
hundred hertz laser cooling control output system "water supply starts": clicking the key can make the equipment enter an automatic water replenishing state; when the color is yellow, the water level signal in the water tank does not control the water replenishing electromagnetic valve; when the green state is opened, a water level signal in the water tank controls a water replenishing electromagnetic valve;
hundred hertz laser cooling control output system "internal machine start": clicking the key can make the internal machine enter a normal running state, wherein yellow is stopped and green is running;
hundred hertz laser cooling control output system "external machine starts": the key is clicked to enable the outdoor unit to enter a normal running state, wherein yellow is stopped, and green is running;
"exit monitoring": clicking the key can quit the monitoring of the equipment;
2. data set interface State Specification
A. Internal machine data setting part
"set temperature": the target temperature value meeting the requirements can be displayed and set and modified by double-click;
"set overtemperature alarm temperature difference": displaying and setting the upper and lower limit temperature difference of the water temperature alarm value meeting the requirements; can double click to modify;
"set upper limit alarm water pressure": the upper limit value of the water pressure meeting the requirement can be displayed and set by double-click modification;
"set lower limit alarm flow": the lower limit value of the flow required to meet the requirement can be displayed and set by double-click modification;
"set upper limit alarm conductivity": the conductivity upper limit value required to meet the requirement can be displayed and set through double-click modification;
"1 # temperature zone, 2# temperature zone, 3# temperature zone, 4# temperature zone, 5# temperature zone, 6# temperature zone, 7 # temperature zone, 8# temperature zone, 9# temperature zone": displaying real-time corresponding 'set temperature', 'set overtemperature alarm temperature difference', 'set upper limit alarm water pressure', 'set lower limit alarm flow', 'set upper limit alarm conductivity' of each temperature zone monitored in real time;
B. data setting part of outdoor unit
"water temperature": displaying the real-time outlet water temperature of the outdoor unit;
the 'backwater temperature': the real-time backwater temperature of the outer machine is displayed to be modified by double click;
"set temperature": the target temperature value which meets the requirements of the external unit is displayed and set and can be modified by double click;
C. control alarm part
"internal machine failure": the method comprises the following steps of (1) summarizing and prompting all alarm signals of an internal machine;
"external machine failure": summarizing and prompting all alarm signals of the outdoor unit;
"external machine running": an indicator light is operated for the outdoor unit, yellow is stopped, and green is running;
"failure reset": after the alarm occurs and the processing is finished, clicking the key to enable the equipment to be recovered to be normal;
"Return to Main interface": clicking the key to jump into a main interface of the equipment;
"alarm monitoring": clicking the key to jump into an alarm monitoring interface of the equipment, and observing specific fault content in real time;
the 'process flow': clicking the key to jump into a process flow interface of the equipment, and visually observing the running state of the equipment;
4. alarm monitoring interface, comprising
A. Internal machine fault indication part
"water pump overload": when the indicator light turns red, please check whether the water pump AC contactor in the corresponding temperature area is attracted, if so, please contact the after-sales service personnel of our company in time for processing;
"water level": when the alarm lamp turns red, please check whether the water in the water tank corresponding to the temperature zone is lower than the water level switch, if the water in the water tank exceeds the water level switch, please contact with the after-sales service personnel of our company in time to replace the water level switch in time.
The flow rate is as follows: when the indicator light turns red, please check whether the valve in the corresponding temperature zone is opened and whether the load connection water pipe is disconnected;
"water pressure": when the indicator light turns red, please check whether the water pipe output to the load end and the load in the corresponding temperature area are smooth;
"conductivity": when the indicator light turns red, please check whether the valve of the deionization device in the corresponding temperature zone is opened, and whether the resin particles in the deionization device have changed color, normally yellow, and brown is deteriorated;
"overtemperature": when the indicator light turns red, please check whether the water pump AC contactor in the corresponding temperature area is attracted, if so, please contact the after-sales service personnel of our company in time for processing;
B. working indication part of internal machine
The 'water pump': when the indicator light is yellow, the circulating water pump of the corresponding temperature area is in a stop state, otherwise, the circulating water pump is in a running state;
the heating step comprises the following steps: when the indicator light is yellow, the electric heating tube corresponding to the temperature zone is in a stop state, otherwise, the indicator light is in a running state;
"water supply valve": when the indicator light is yellow, the water replenishing electromagnetic valve corresponding to the temperature area is in a stop state, otherwise, the indicator light is in a running state;
C. outer machine indicating part
"external machine running": an indicator light is operated for the outdoor unit, yellow is stopped, and green is running;
"external machine failure": summarizing and prompting all alarm signals of the outdoor unit;
D. control section
"Return to Main interface": clicking the key to jump into a main interface of the equipment;
the 'process flow': clicking the key to jump into a process flow interface of the equipment, and visually observing the running state of the equipment;
"data set": clicking the key to jump into a data setting interface of the equipment, and setting main parameters and alarm parameters of the equipment;
"failure reset": after the device gives an alarm and the processing is completed, clicking the key to enable the device to be recovered to be normal.
Finally, it should be noted that the above embodiments are only used for illustrating the technical solutions of the present invention, and not for limiting the protection scope of the present invention, although the present invention has been described in detail with reference to the preferred embodiments, it should be understood by those skilled in the art that modifications or equivalent substitutions can be made on the technical solutions of the present invention without departing from the spirit and scope of the technical solutions of the present invention.