CN112097829A - Chemical industry essence safety interlock management and control device - Google Patents

Chemical industry essence safety interlock management and control device Download PDF

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CN112097829A
CN112097829A CN202010865279.5A CN202010865279A CN112097829A CN 112097829 A CN112097829 A CN 112097829A CN 202010865279 A CN202010865279 A CN 202010865279A CN 112097829 A CN112097829 A CN 112097829A
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CN112097829B (en
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徐西川
陈刚
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    • G01D—MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE; ARRANGEMENTS FOR MEASURING TWO OR MORE VARIABLES NOT COVERED IN A SINGLE OTHER SUBCLASS; TARIFF METERING APPARATUS; MEASURING OR TESTING NOT OTHERWISE PROVIDED FOR
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Abstract

The invention discloses a chemical essential safety interlocking control device which comprises a liquid storage tank pressure detection device, a liquid level monitoring device for a liquid storage tank, a liquid storage tank temperature detection device, a gas storage tank pressure detection device, a gas storage tank concentration detection device, a gas storage tank temperature detection device, a plant gas concentration detection device, a plant temperature detection device, a plant humidity detection device, a human body static electricity detection device and a transport tool static electricity detection device. The invention makes the kind of the detection terminal more perfect; and processing in different degrees according to different detection information; the device is divided into adjustable and non-adjustable, and when the device is adjustable, the corresponding adjusting device is directly interlocked and controlled to carry out interlocking adjustment.

Description

Chemical industry essence safety interlock management and control device
Technical Field
The invention belongs to the technical field of chemical safety control, and particularly relates to a chemical intrinsic safety interlocking control device.
Background
In recent years, with the great development of the chemical industry, the storage tank area of the chemical industry park becomes one of important components of the chemical industry enterprises, and stores a large amount of raw materials, intermediates and finished products. However, the tank field is also the most dangerous place for enterprises, and most chemical raw materials are inflammable, explosive, toxic or high-pressure storage; once an explosion accident occurs in the tank area, people, equipment and facilities around the tank area are easily damaged; it is therefore important to monitor the state parameters of the material in the tank and the environment surrounding the tank. Patent document CN207008383U discloses a tank field monitoring device, which adopts a radar level gauge, a temperature meter, a flow meter, a solenoid valve, a frame circuit breaker, a multifunctional meter, a motor protector and a card reader, and realizes automatic control through a distributed control system, thereby realizing integration of process monitoring equipment, power monitoring equipment and office monitoring equipment on the same monitoring platform. In the technology, the measurement precision is low, the system computing capability is weak, the computing speed is slow, the equipment is heavy, the reaction field capability is weak, and the measurement result is not visual; the data cannot be updated in real time, and the remote monitoring cannot be realized.
The prior patent application number is CN201821143823.X, which is named as a chemical tank field remote monitoring device and comprises a field embedded detection terminal and a data monitoring center; the field embedded detection terminal comprises an ARM9 processor, a flash memory, a synchronous dynamic random access memory, a GPRS module, a camera, an A/D (analog/digital) conversion chip, a data acquisition module, a voice alarm module and a safety interlocking execution mechanism. The device of the utility model has high integration level, stability, reliability, processing speed, strong real-time performance and low cost; the GPRS coverage range used in the device is large, and the device has very strong anti-interference capability, so that the device is applicable to a wide environment; the remote monitoring can be realized by adopting wireless data transmission and network access monitoring results; the safety interlocking module can automatically adjust the tank field under the dangerous condition, so that the danger of the tank field under the abnormal condition is reduced; the alarm can be sent to the mobile phone of the manager through the voice alarm module and the GPRS network.
However, the above scheme has certain defects, the safety monitoring of the storage tank area of the chemical industry park is one of the items with the highest safety level in each area, after the storage tank area of the chemical industry park sends out related abnormal alarm, locally started fire fighting resources, police resources, expert group resources and the like are extremely huge, the safety monitoring of the storage tank area of the chemical industry park by only depending on the existing monitoring device is not enough, the existing monitoring device of the chemical industry park has the defects of detection terminal investment, great errors in data acquisition monitoring and the possibility of generating related false alarm, and the waste of various social important resources is caused; and the existing chemical industry park storage tank field interlocking execution end has large limitation and insufficient anti-interference capability.
Disclosure of Invention
The invention aims to provide a chemical intrinsic safety interlocking control device, which is used for solving the technical problems in the prior art; such as: the safety monitoring of the storage tank area of the chemical industry park is one of the items with the highest safety level in each area, after the storage tank area of the chemical industry park gives out relevant abnormal alarm, locally started fire fighting resources, police resources, expert group resources and the like are extremely huge, the safety monitoring of the storage tank area of the chemical industry park by only depending on the existing monitoring device is not enough, the existing monitoring device of the chemical industry park has the defects of detection terminal investment, great errors in data acquisition and monitoring and the possibility of generating relevant false alarm, and the waste of important social resources is caused; and the existing chemical industry park storage tank field interlocking execution end has large limitation and insufficient anti-interference capability.
In order to achieve the purpose, the technical scheme of the invention is as follows:
a chemical essential safety interlocking control device comprises a liquid storage tank pressure detection device, a liquid storage tank liquid level monitoring device, a liquid storage tank temperature detection device, a gas storage tank pressure detection device, a gas storage tank concentration detection device, a gas storage tank temperature detection device, a plant gas concentration detection device, a plant temperature detection device, a plant humidity detection device, a human body static electricity detection device and a transport tool static electricity detection device;
the liquid storage tank pressure detection device is used for detecting liquid pressure information in the liquid storage tank in real time, namely real-time liquid storage tank pressure information; the liquid level monitoring device of the liquid storage tank is used for detecting liquid level information inside the liquid storage tank in real time, namely real-time liquid storage tank liquid level information; the liquid storage tank temperature detection device is used for detecting liquid temperature information in the liquid storage tank in real time, namely real-time liquid storage tank temperature information; the gas storage tank pressure detection device is used for detecting gas pressure information inside the gas storage tank in real time, namely real-time gas storage tank pressure information; the gas storage tank concentration detection device is used for detecting gas concentration information in the gas storage tank in real time, namely the real-time gas storage tank concentration information; the gas storage tank temperature detection device is used for detecting gas temperature information in the gas storage tank in real time, namely real-time gas storage tank temperature information; the plant gas concentration detection device is used for detecting gas concentration information of a plant in the storage tank area in real time, namely real-time plant gas concentration information; the plant temperature detection device is used for detecting the temperature information of the plants in the storage tank area in real time, namely the real-time plant temperature information; the plant humidity detection device is used for detecting humidity information of a plant in the storage tank area in real time, namely real-time plant humidity information; the human body static electricity detection device is used for detecting static electricity information of workers in a plant of the storage tank area in real time, namely the human body static electricity information of the plant in real time; the transport tool static detection device is used for detecting the static information of transport tools in a storage tank area plant in real time, namely the static information of the transport tools in the storage tank area plant in real time;
the system also comprises a standard threshold value information storage device, a threshold value liquid storage device and a threshold value factory building transportation tool, wherein the standard threshold value information storage device is used for storing threshold value liquid storage tank pressure information, threshold value liquid storage tank liquid level information, threshold value liquid storage tank temperature information, threshold value gas storage tank pressure information, threshold value gas storage tank concentration information, threshold value gas storage tank temperature information, threshold value factory building gas concentration information, threshold value factory building temperature information, threshold value factory building humidity information, threshold value factory building human body static electricity information and threshold value factory building transportation tool static;
wherein the threshold liquid tank pressure information comprises adjustable liquid tank pressure information and non-adjustable liquid tank pressure information; the threshold liquid storage tank liquid level information comprises adjustable liquid storage tank liquid level information and non-adjustable liquid storage tank liquid level information; the threshold liquid storage tank temperature information comprises adjustable liquid storage tank temperature information and non-adjustable liquid storage tank temperature information; the threshold gas storage tank pressure information comprises adjustable gas storage tank pressure information and non-adjustable gas storage tank pressure information; the threshold gas storage tank concentration information comprises adjustable gas storage tank concentration information and non-adjustable gas storage tank concentration information; the threshold gas storage tank temperature information comprises adjustable gas storage tank temperature information and non-adjustable gas storage tank temperature information; the threshold workshop gas concentration information comprises adjustable workshop gas concentration information and non-adjustable workshop gas concentration information; the threshold plant temperature information comprises adjustable plant temperature information and non-adjustable plant temperature information; the threshold plant humidity information comprises adjustable plant humidity information and non-adjustable plant humidity information; the threshold plant human static electricity information comprises adjustable plant human static electricity information and non-adjustable plant human static electricity information; the threshold value factory building transport tool static information comprises adjustable factory building transport tool static information and non-adjustable factory building transport tool static information; the system also comprises a comparison judgment control device, a liquid storage tank pressure adjusting device, a liquid storage tank liquid level adjusting device, a liquid storage tank temperature adjusting device, a gas storage tank pressure adjusting device, a gas storage tank concentration adjusting device, a gas storage tank temperature adjusting device, a plant gas concentration adjusting device, a plant temperature adjusting device, a plant humidity adjusting device, a human body static adjusting device and a transport tool static adjusting device;
the comparison and judgment control device is used for: judging the real-time liquid storage tank pressure information, if the real-time liquid storage tank pressure information is judged to be adjustable liquid storage tank pressure information, then comparing, judging and controlling the device to start the liquid storage tank pressure adjusting device to carry out interlocking adjustment, and if the real-time liquid storage tank pressure information is judged to be unadjustable liquid storage tank pressure information, directly sending an abnormal liquid storage tank pressure information alarm;
judging the liquid level information of the real-time liquid storage tank, if the liquid level information of the real-time liquid storage tank is judged to be adjustable liquid storage tank liquid level information, then comparing, judging and controlling the device to start the liquid storage tank liquid level adjusting device to carry out interlocking adjustment, and if the liquid level information of the real-time liquid storage tank is judged to be unadjustable liquid storage tank liquid level information, directly sending an abnormal alarm of the liquid storage tank liquid level information;
judging the real-time liquid storage tank temperature information, if the real-time liquid storage tank temperature information is judged to be adjustable liquid storage tank temperature information, then comparing, judging and controlling the device to start the liquid storage tank temperature adjusting device to carry out interlocking adjustment, and if the real-time liquid storage tank temperature information is judged to be unadjustable liquid storage tank temperature information, directly sending an abnormal alarm of the liquid storage tank temperature information;
judging the pressure information of the real-time gas storage tank, if the pressure information of the real-time gas storage tank is judged to be adjustable, starting a gas storage tank pressure adjusting device by the comparison judgment control device to carry out interlocking adjustment, and if the pressure information of the real-time gas storage tank is judged to be non-adjustable, directly sending an abnormal alarm of the pressure information of the gas storage tank;
judging the concentration information of the real-time gas storage tank, if the concentration information of the real-time gas storage tank is judged to be the concentration information of the adjustable gas storage tank, comparing and judging the concentration information of the gas storage tank, starting a gas storage tank concentration adjusting device by a control device for interlocking adjustment, and if the concentration information of the real-time gas storage tank is judged to be the concentration information of the unadjustable gas storage tank, directly sending an abnormal alarm of the concentration information of the gas storage tank;
judging the temperature information of the real-time gas storage tank, if the temperature information of the real-time gas storage tank is judged to be the temperature information of the adjustable gas storage tank, comparing and judging the temperature information of the adjustable gas storage tank with the temperature information of the gas storage tank, starting a gas storage tank temperature adjusting device by a comparison and judgment control device to carry out interlocking adjustment, and if the temperature information of the real-time gas storage tank is judged to be the temperature information of the unadjustable gas storage tank, directly sending an abnormal alarm of;
judging the real-time workshop gas concentration information, if the real-time workshop gas concentration information is judged to be adjustable workshop gas concentration information, starting a workshop gas concentration adjusting device by the comparison judgment control device to carry out interlocking adjustment, and if the real-time workshop gas concentration information is judged to be unadjustable workshop gas concentration information, directly sending out an abnormal alarm of the workshop gas concentration information;
judging the real-time workshop temperature information, if the real-time workshop temperature information is judged to be adjustable workshop temperature information, starting a workshop temperature adjusting device by the comparison judgment control device to carry out interlocking adjustment, and if the real-time workshop temperature information is judged to be unadjustable workshop temperature information, directly sending out an abnormal alarm of the workshop temperature information;
judging the real-time plant humidity information, if the real-time plant humidity information is judged to be adjustable plant humidity information, starting a plant humidity adjusting device by a comparison judgment control device to perform interlocking adjustment, and if the real-time plant humidity information is judged to be unadjustable plant humidity information, directly sending an abnormal alarm of the plant humidity information;
judging the real-time plant human body static electricity information, if the real-time plant human body static electricity information is judged to be adjustable plant human body static electricity information, starting a plant human body static electricity adjusting device by a comparison judgment control device to carry out interlocking adjustment, and if the real-time plant human body static electricity information is judged to be unadjustable plant human body static electricity information, directly sending out an abnormal alarm of the plant human body static electricity information;
judging the static information of the real-time factory building transportation tool, if the static information of the real-time factory building transportation tool is judged to be the static information of the adjustable factory building transportation tool, starting a static adjusting device of the factory building transportation tool by the comparison judgment control device to carry out interlocking adjustment, and if the static information of the real-time factory building transportation tool is judged to be the static information of the unadjustable factory building transportation tool, directly sending an abnormal alarm of the static information of the factory building transportation tool;
the specific process that the comparison judgment control device judges that the real-time liquid storage tank pressure information is the non-adjustable liquid storage tank pressure information is as follows: when the first judgment result is that the real-time liquid storage tank pressure information is the non-adjustable liquid storage tank pressure information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the current real-time liquid storage tank pressure information again to perform second judgment, if the second judgment result is still the non-adjustable liquid storage tank pressure information, the actual judgment result of the comparison judgment control device is the non-adjustable liquid storage tank pressure information, and if the second judgment result is the adjustable liquid storage tank pressure information, the actual judgment result of the comparison judgment control device is the adjustable liquid storage tank pressure information;
the specific process that the comparison judgment control device judges that the real-time liquid storage tank liquid level information is the unadjustable liquid storage tank liquid level information is as follows: when the first judgment result is that the real-time liquid storage tank liquid level information is the unadjustable liquid storage tank liquid level information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device obtains the real-time liquid storage tank liquid level information at the moment again to perform second judgment, if the second judgment result is still the unadjustable liquid storage tank liquid level information, the comparison judgment control device actually judges that the result is the unadjustable liquid storage tank liquid level information, and if the second judgment result is the adjustable liquid storage tank liquid level information, the comparison judgment control device actually judges that the result is the adjustable liquid storage tank liquid level information;
the specific process that the comparison judgment control device judges that the real-time liquid storage tank temperature information is the unadjustable liquid storage tank temperature information is as follows: when the first judgment result is that the real-time liquid storage tank temperature information is the unadjustable liquid storage tank temperature information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the current real-time liquid storage tank temperature information again to perform second judgment, if the second judgment result is still the unadjustable liquid storage tank temperature information, the actual judgment result of the comparison judgment control device is the unadjustable liquid storage tank temperature information, and if the second judgment result is the adjustable liquid storage tank temperature information, the actual judgment result of the comparison judgment control device is the adjustable liquid storage tank temperature information;
the specific process that the comparison judgment control device judges that the real-time gas storage tank pressure information is the non-adjustable gas storage tank pressure information is as follows: when the first judgment result is that the real-time gas storage tank pressure information is the non-adjustable gas storage tank pressure information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the current real-time gas storage tank pressure information again to perform second judgment, if the second judgment result is still the non-adjustable gas storage tank pressure information, the comparison judgment control device actually judges that the result is the non-adjustable gas storage tank pressure information, and if the second judgment result is the adjustable gas storage tank pressure information, the comparison judgment control device actually judges that the result is the adjustable gas storage tank pressure information;
the specific process that the comparison judgment control device judges that the real-time gas storage tank concentration information is the unadjustable gas storage tank concentration information is as follows: when the first judgment result is that the real-time gas storage tank concentration information is the unadjustable gas storage tank concentration information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the real-time gas storage tank concentration information again to perform second judgment, if the second judgment result is still the unadjustable gas storage tank concentration information, the actual judgment result of the comparison judgment control device is the unadjustable gas storage tank concentration information, and if the second judgment result is the adjustable gas storage tank concentration information, the actual judgment result of the comparison judgment control device is the adjustable gas storage tank concentration information;
the specific process that the comparison judgment control device judges that the real-time gas storage tank temperature information is the unadjustable gas storage tank temperature information is as follows: when the first judgment result is that the real-time gas storage tank temperature information is the non-adjustable gas storage tank temperature information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the current real-time gas storage tank temperature information again to perform second judgment, if the second judgment result is still the non-adjustable gas storage tank temperature information, the actual judgment result of the comparison judgment control device is the non-adjustable gas storage tank temperature information, and if the second judgment result is the adjustable gas storage tank temperature information, the actual judgment result of the comparison judgment control device is the adjustable gas storage tank temperature information;
the specific process that the comparison judgment control device judges that the real-time workshop gas concentration information is the unadjustable workshop gas concentration information is as follows: when the first judgment result is that the real-time workshop gas concentration information is the unadjustable workshop gas concentration information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the real-time workshop gas concentration information again to perform second judgment, if the second judgment result is still the unadjustable workshop gas concentration information, the comparison judgment control device actually judges that the result is the unadjustable workshop gas concentration information, and if the second judgment result is the adjustable workshop gas concentration information, the comparison judgment control device actually judges that the result is the adjustable workshop gas concentration information;
the specific process that the comparison judgment control device judges that the real-time plant temperature information is the unadjustable plant temperature information is as follows: when the first judgment result is that the real-time plant temperature information is the non-adjustable plant temperature information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the real-time plant temperature information again to perform second judgment, if the second judgment result is still the non-adjustable plant temperature information, the actual judgment result of the comparison judgment control device is the non-adjustable plant temperature information, and if the second judgment result is the adjustable plant temperature information, the actual judgment result of the comparison judgment control device is the adjustable plant temperature information;
the specific process that the comparison judgment control device judges that the real-time plant humidity information is the unadjustable plant humidity information is as follows: when the first judgment result is that the real-time plant humidity information is the non-adjustable plant humidity information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the real-time plant humidity information again to perform second judgment, if the second judgment result is still the non-adjustable plant humidity information, the comparison judgment control device actually judges that the result is the non-adjustable plant humidity information, and if the second judgment result is the adjustable plant humidity information, the comparison judgment control device actually judges that the result is the adjustable plant humidity information;
the specific process that the comparison judgment control device judges that the real-time plant human body static electricity information is the unadjustable plant human body static electricity information is as follows: when the first judgment result is that the real-time plant human body static information is the unadjustable plant human body static information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the real-time plant human body static information again to perform second judgment, if the second judgment result is still the unadjustable plant human body static information, the comparison judgment control device actually judges that the result is the unadjustable plant human body static information, and if the second judgment result is the adjustable plant human body static information, the comparison judgment control device actually judges that the result is the adjustable plant human body static information;
the specific process that the comparison judgment control device judges that the static information of the real-time factory building transportation tool is the static information of the unadjustable factory building transportation tool is as follows: when the first judgment result is that the static information of the real-time factory building transportation tool is the static information of the non-adjustable factory building transportation tool, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the static information of the real-time factory building transportation tool at the moment again to perform second judgment, if the second judgment result is still the static information of the non-adjustable factory building transportation tool, the actual judgment result of the comparison judgment control device is the static information of the non-adjustable factory building transportation tool, and if the second judgment result is the static information of the adjustable factory building transportation tool, the actual judgment result of the comparison judgment control device is the static information of the adjustable factory building transportation tool;
wherein the first time interval is adjustably set.
Further, when the real-time liquid storage tank pressure information is judged to be adjustable liquid storage tank pressure information, the liquid storage tank pressure detection device stops running; when the real-time liquid storage tank liquid level information is judged to be adjustable liquid storage tank liquid level information, the liquid storage tank liquid level monitoring device stops running; when the real-time liquid storage tank temperature information is judged to be the adjustable liquid storage tank temperature information, the liquid storage tank temperature detection device stops running; when the real-time gas storage tank pressure information is judged to be adjustable gas storage tank pressure information, the gas storage tank pressure detection device stops running; when the real-time gas storage tank concentration information is judged to be the adjustable gas storage tank concentration information, the gas storage tank concentration detection device stops running; when the real-time gas storage tank temperature information is judged to be the adjustable gas storage tank temperature information, the gas storage tank temperature detection device stops running; when the real-time workshop gas concentration information is judged to be adjustable workshop gas concentration information, the workshop gas concentration detection device is suspended to operate; when the real-time plant temperature information is judged to be adjustable plant temperature information, the plant temperature detection device stops running; when the real-time plant humidity information is judged to be adjustable plant humidity information, the plant humidity detection device stops running; when the real-time plant human body static electricity information is judged to be the adjustable plant human body static electricity information, the human body static electricity detection device is suspended to operate; and when the static information of the real-time factory building transportation tool is judged to be the static information of the adjustable factory building transportation tool, the transportation tool static detection device is suspended.
Further, the standard threshold information storage device further stores a liquid storage tank pressure regulation time threshold, a liquid storage tank liquid level regulation time threshold, a liquid storage tank temperature regulation time threshold, a gas storage tank pressure regulation time threshold, a gas storage tank concentration regulation time threshold, a gas storage tank temperature regulation time threshold, a plant gas concentration regulation time threshold, a plant temperature regulation time threshold, a plant humidity regulation time threshold, a human body static regulation time threshold, and a transport means static regulation time threshold;
when the time for the liquid storage tank pressure regulating device to carry out interlocking regulation meets the liquid storage tank pressure regulation time threshold, the liquid storage tank pressure detection device is restarted, and if the real-time liquid storage tank pressure information at the moment is adjustable liquid storage tank pressure information or non-adjustable liquid storage tank pressure information, the liquid storage tank pressure regulating device gives a fault alarm;
when the time for the liquid storage tank liquid level adjusting device to carry out interlocking adjustment meets the liquid storage tank liquid level adjusting time threshold value, the liquid storage tank liquid level detection device is restarted, and if the real-time liquid storage tank liquid level information at the moment is adjustable liquid storage tank liquid level information or non-adjustable liquid storage tank liquid level information, fault alarm is carried out on the liquid storage tank liquid level adjusting device;
when the time for interlocking adjustment of the liquid storage tank temperature adjusting device meets the liquid storage tank temperature adjusting time threshold, the liquid storage tank temperature detecting device is restarted, and if the real-time liquid storage tank temperature information at the moment is adjustable liquid storage tank temperature information or non-adjustable liquid storage tank temperature information, fault alarm is carried out on the liquid storage tank temperature adjusting device;
when the time for the gas storage tank pressure regulating device to carry out interlocking regulation meets a gas storage tank pressure regulation time threshold, the gas storage tank pressure detection device is restarted, and if the real-time gas storage tank pressure information at the moment is adjustable gas storage tank pressure information or non-adjustable gas storage tank pressure information, fault alarm is carried out on the gas storage tank pressure regulating device;
when the time for the gas storage tank concentration adjusting device to carry out interlocking adjustment meets a gas storage tank concentration adjusting time threshold, the gas storage tank concentration detection device is restarted, and if the real-time gas storage tank concentration information at the moment is adjustable gas storage tank concentration information or non-adjustable gas storage tank concentration information, fault alarm is carried out on the gas storage tank concentration adjusting device;
when the time for the gas storage tank temperature adjusting device to perform interlocking adjustment meets the gas storage tank temperature adjusting time threshold, the gas storage tank temperature detecting device is restarted, and if the real-time gas storage tank temperature information at the moment is adjustable gas storage tank temperature information or non-adjustable gas storage tank temperature information, fault alarm is performed on the gas storage tank temperature adjusting device;
when the time for interlocking adjustment of the plant gas concentration adjusting device meets a plant gas concentration adjusting time threshold, restarting the plant gas concentration detecting device, and if the real-time plant gas concentration information is adjustable plant gas concentration information or non-adjustable plant gas concentration information, performing fault alarm on the plant gas concentration adjusting device;
when the time for interlocking adjustment of the plant temperature adjusting device meets a plant temperature adjusting time threshold, restarting the plant temperature detecting device, and if the real-time plant temperature information at the moment is adjustable plant temperature information or non-adjustable plant temperature information, performing fault alarm on the plant temperature adjusting device;
when the time for interlocking adjustment of the plant humidity adjusting device meets a plant humidity adjusting time threshold, the plant humidity detecting device is restarted, and if the real-time plant humidity information at the moment is adjustable plant humidity information or non-adjustable plant humidity information, fault alarm of the plant humidity adjusting device is carried out;
when the time for the human body static electricity adjusting device to carry out interlocking adjustment meets a human body static electricity adjusting time threshold, the human body static electricity detecting device is restarted, and if the real-time human body static electricity information at the moment is adjustable human body static electricity information or non-adjustable human body static electricity information, fault alarm of the human body static electricity adjusting device is carried out;
and when the time for the transport tool static electricity adjusting device to carry out interlocking adjustment meets the transport tool static electricity adjusting time threshold value, restarting the transport tool static electricity detection device, and if the real-time transport tool static electricity information at the moment is adjustable transport tool static electricity information or non-adjustable transport tool static electricity information, carrying out fault alarm on the transport tool static electricity adjusting device.
Further, when the liquid storage tank pressure adjusting device gives a fault alarm, whether the output end of the control device has the liquid storage tank pressure adjusting output or not is detected, compared and judged, if the output end of the control device has the liquid storage tank pressure adjusting output, then continuously detecting whether the input end of the liquid storage tank pressure adjusting device has liquid storage tank pressure adjusting input or not, if the input end of the liquid storage tank pressure adjusting device has liquid storage tank pressure adjusting input, then the main body of the liquid storage tank pressure adjusting device gives a fault alarm, if the input end of the liquid storage tank pressure adjusting device does not have the liquid storage tank pressure adjusting input, performing fault alarm on the line input end of the liquid storage tank pressure regulating device, and if the output end of the comparison judgment control device does not have the liquid storage tank pressure regulation output, performing comparison judgment on the line output end of the control device to perform fault alarm;
when the liquid storage tank liquid level adjusting device gives a fault alarm, detecting, comparing and judging whether the output end of the control device has liquid storage tank liquid level adjusting output or not, if so, continuously detecting whether the input end of the liquid storage tank liquid level adjusting device has liquid storage tank liquid level adjusting input or not, if so, giving a main body fault alarm to the liquid storage tank liquid level adjusting device, if not, giving a line input end fault alarm to the liquid storage tank liquid level adjusting device, and if not, giving a line output end fault alarm to the control device;
when the liquid storage tank temperature adjusting device gives a fault alarm, detecting, comparing and judging whether the output end of the control device has a liquid storage tank temperature adjusting output or not, if so, continuously detecting whether the input end of the liquid storage tank temperature adjusting device has a liquid storage tank temperature adjusting input or not, if so, giving a main body fault alarm of the liquid storage tank temperature adjusting device, if not, giving a line input end fault alarm of the liquid storage tank temperature adjusting device, and if not, giving a line output end fault alarm of the control device;
when the gas storage tank pressure regulating device gives a fault alarm, detecting, comparing and judging whether a gas storage tank pressure regulating output exists at the output end of the control device, if so, continuously detecting whether a gas storage tank pressure regulating input exists at the input end of the gas storage tank pressure regulating device, if so, giving a fault alarm to a main body of the gas storage tank pressure regulating device, if not, giving a fault alarm to a line input end of the gas storage tank pressure regulating device, and if not, giving a fault alarm to a line output end of the control device;
when the gas storage tank concentration adjusting device gives a fault alarm, detecting, comparing and judging whether a gas storage tank concentration adjusting output exists at the output end of the control device, if so, continuously detecting whether a gas storage tank concentration adjusting input exists at the input end of the gas storage tank concentration adjusting device, if so, giving a main body fault alarm of the gas storage tank concentration adjusting device, if not, giving a line input end fault alarm of the gas storage tank concentration adjusting device, and if not, giving a line output end fault alarm of the control device;
when the fault alarm of the gas storage tank temperature adjusting device is performed, whether the output end of the control device has the gas storage tank temperature adjusting output or not is detected, if the output end of the control device has the gas storage tank temperature adjusting output, whether the input end of the gas storage tank temperature adjusting device has the gas storage tank temperature adjusting input or not is continuously detected, if the input end of the gas storage tank temperature adjusting device has the gas storage tank temperature adjusting input, the main body fault alarm of the gas storage tank temperature adjusting device is performed, if the input end of the gas storage tank temperature adjusting device does not have the gas storage tank temperature adjusting input, the line input end fault alarm of the gas storage tank temperature adjusting device is performed, and if the output end of the control device does not have the gas storage tank temperature adjusting output, the line output end fault alarm of;
when a fault alarm of the plant gas concentration adjusting device is performed, whether a plant gas concentration adjusting output exists at the output end of the control device is detected, compared and judged, if the plant gas concentration adjusting output exists at the output end of the control device, whether a plant gas concentration adjusting input exists at the input end of the plant gas concentration adjusting device is continuously detected, if the plant gas concentration adjusting input exists at the input end of the plant gas concentration adjusting device, a main body fault alarm of the plant gas concentration adjusting device is performed, if the plant gas concentration adjusting input does not exist at the input end of the plant gas concentration adjusting device, a line input end fault alarm of the plant gas concentration adjusting device is performed, and if the plant gas concentration adjusting output does not exist at the output end of the control device, a line output end fault alarm of the control device is compared and;
when a plant temperature adjusting device gives a fault alarm, detecting, comparing and judging whether a plant temperature adjusting output exists at the output end of the control device, if so, continuously detecting whether a plant temperature adjusting input exists at the input end of the plant temperature adjusting device, if so, giving a fault alarm to a main body of the plant temperature adjusting device, if not, giving a fault alarm to a line input end of the plant temperature adjusting device, and if not, giving a fault alarm to a line output end of the control device;
when a plant humidity adjusting device gives a fault alarm, detecting and comparing whether a plant humidity adjusting output exists at the output end of the control device, if the plant humidity adjusting output exists at the output end of the control device, continuously detecting whether a plant humidity adjusting input exists at the input end of the plant humidity adjusting device, if the plant humidity adjusting input exists at the input end of the plant humidity adjusting device, giving a fault alarm to a main body of the plant humidity adjusting device, if the plant humidity adjusting input does not exist at the input end of the plant humidity adjusting device, giving a fault alarm to a line input end of the plant humidity adjusting device, and if the plant humidity adjusting output does not exist at the output end of the control device, giving a fault alarm to a line output end of the control device;
when the human body static electricity adjusting device gives a fault alarm, detecting, comparing and judging whether a human body static electricity adjusting output exists at the output end of the control device, if so, continuously detecting whether a human body static electricity adjusting input exists at the input end of the human body static electricity adjusting device, if so, giving a fault alarm to the main body of the human body static electricity adjusting device, if not, giving a fault alarm to the line input end of the human body static electricity adjusting device, and if not, giving a fault alarm to the line output end of the control device;
when the electrostatic regulation device of the transport means has fault alarm, whether the output end of the control device has electrostatic regulation output of the transport means is detected, whether the electrostatic regulation output of the transport means exists or not is judged, if the output end of the control device has electrostatic regulation output of the transport means is judged, whether the electrostatic regulation input of the transport means exists or not is continuously detected, if the electrostatic regulation input of the transport means exists at the input end of the electrostatic regulation device of the transport means, the main body fault alarm of the electrostatic regulation device of the transport means is carried out, if the electrostatic regulation input of the transport means does not exist at the input end of the electrostatic regulation device of the transport means, the line input end fault alarm of the electrostatic regulation device of the transport means is carried out, and if the output end of the control device does not have electrostatic regulation.
Compared with the prior art, the invention has the beneficial effects that:
one innovation point of the scheme is that the type of the detection terminal is more perfect by configuring a liquid storage tank pressure detection device, a liquid storage tank liquid level monitoring device, a liquid storage tank temperature detection device, a gas storage tank pressure detection device, a gas storage tank concentration detection device, a gas storage tank temperature detection device, a plant gas concentration detection device, a plant temperature detection device, a plant humidity detection device, a human body static detection device and a transport tool static detection device; and processing in different degrees according to different detection information; the device is divided into an adjustable device and an unadjustable device, and when the adjustable device is adjustable, the corresponding adjusting devices are directly interlocked to control the interlocking adjustment; because the harsh environment in the chemical storage tank area, the detection data of the detection terminal with the minimum probability can be distorted, when the first judgment result is that the detection terminal cannot be adjusted, the first judgment result is temporarily stored, after waiting for a period of time, the second judgment is carried out, the actual judgment result is obtained comprehensively according to the two judgment results, the subsequent false operation of the related detection device caused by accidental errors can be avoided, when the detection terminal cannot be adjusted, the number of commonly-moved resources is large, and if the number of resource wastes caused by the accidental errors of the detection terminal is large, the method is quite undesirable.
One innovation point of the scheme is that when the real-time information is judged to be corresponding adjustable information, the adjusting device carries out corresponding adjustment, and in the process, each detecting device stops running, so that energy consumption can be reduced.
One innovation of the scheme is that whether the corresponding adjusting device breaks down or not can be judged through the adjusting result.
One innovation point of the scheme is that the fault type of each adjusting device is rapidly judged, so that the subsequent treatment of workers is facilitated, and the resource waste is reduced.
Drawings
FIG. 1 is a schematic structural diagram of an embodiment of the present invention.
FIG. 2 is a diagram illustrating detection threshold information stored in a standard threshold information storage device according to an embodiment of the present invention.
FIG. 3 is a diagram illustrating the adjusted threshold time stored by the standard threshold information storage device in accordance with an embodiment of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to fig. 1 to 3 of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Example (b):
in the prior art, the safety monitoring of the storage tank area of the chemical industry park is one of the items with the highest safety level in each area, after the storage tank area of the chemical industry park gives out relevant abnormal alarm, locally started fire fighting resources, police resources, expert group resources and the like are extremely huge, and the safety monitoring of the storage tank area of the chemical industry park by only depending on the existing monitoring device is not enough, the existing monitoring device of the chemical industry park has the defects of insufficient investment of a detection terminal, great errors in data acquisition and monitoring and the possibility of generating relevant false alarm, thereby causing the waste of important social resources; and the existing chemical industry park storage tank field interlocking execution end has large limitation and insufficient anti-interference capability.
As shown in fig. 1, a chemical intrinsic safety interlocking control device is provided, which includes a liquid storage tank pressure detection device, a liquid storage tank liquid level monitoring device, a liquid storage tank temperature detection device, a gas storage tank pressure detection device, a gas storage tank concentration detection device, a gas storage tank temperature detection device, a plant gas concentration detection device, a plant temperature detection device, a plant humidity detection device, a human body static electricity detection device, and a transport means static electricity detection device;
the liquid storage tank pressure detection device is used for detecting liquid pressure information in the liquid storage tank in real time, namely real-time liquid storage tank pressure information; the liquid level monitoring device of the liquid storage tank is used for detecting liquid level information inside the liquid storage tank in real time, namely real-time liquid storage tank liquid level information; the liquid storage tank temperature detection device is used for detecting liquid temperature information in the liquid storage tank in real time, namely real-time liquid storage tank temperature information; the gas storage tank pressure detection device is used for detecting gas pressure information inside the gas storage tank in real time, namely real-time gas storage tank pressure information; the gas storage tank concentration detection device is used for detecting gas concentration information in the gas storage tank in real time, namely the real-time gas storage tank concentration information; the gas storage tank temperature detection device is used for detecting gas temperature information in the gas storage tank in real time, namely real-time gas storage tank temperature information; the plant gas concentration detection device is used for detecting gas concentration information of a plant in the storage tank area in real time, namely real-time plant gas concentration information; the plant temperature detection device is used for detecting the temperature information of the plants in the storage tank area in real time, namely the real-time plant temperature information; the plant humidity detection device is used for detecting humidity information of a plant in the storage tank area in real time, namely real-time plant humidity information; the human body static electricity detection device is used for detecting static electricity information of workers in a plant of the storage tank area in real time, namely the human body static electricity information of the plant in real time; the transport tool static detection device is used for detecting the static information of transport tools in a storage tank area plant in real time, namely the static information of the transport tools in the storage tank area plant in real time;
as shown in fig. 2, the system further includes a standard threshold information storage device for storing threshold liquid storage tank pressure information, threshold liquid storage tank liquid level information, threshold liquid storage tank temperature information, threshold gas storage tank pressure information, threshold gas storage tank concentration information, threshold gas storage tank temperature information, threshold plant gas concentration information, threshold plant temperature information, threshold plant humidity information, threshold plant human body electrostatic information, and threshold plant transportation tool electrostatic information;
wherein the threshold liquid tank pressure information comprises adjustable liquid tank pressure information and non-adjustable liquid tank pressure information; the threshold liquid storage tank liquid level information comprises adjustable liquid storage tank liquid level information and non-adjustable liquid storage tank liquid level information; the threshold liquid storage tank temperature information comprises adjustable liquid storage tank temperature information and non-adjustable liquid storage tank temperature information; the threshold gas storage tank pressure information comprises adjustable gas storage tank pressure information and non-adjustable gas storage tank pressure information; the threshold gas storage tank concentration information comprises adjustable gas storage tank concentration information and non-adjustable gas storage tank concentration information; the threshold gas storage tank temperature information comprises adjustable gas storage tank temperature information and non-adjustable gas storage tank temperature information; the threshold workshop gas concentration information comprises adjustable workshop gas concentration information and non-adjustable workshop gas concentration information; the threshold plant temperature information comprises adjustable plant temperature information and non-adjustable plant temperature information; the threshold plant humidity information comprises adjustable plant humidity information and non-adjustable plant humidity information; the threshold plant human static electricity information comprises adjustable plant human static electricity information and non-adjustable plant human static electricity information; the threshold value factory building transport tool static information comprises adjustable factory building transport tool static information and non-adjustable factory building transport tool static information;
the system also comprises a comparison judgment control device, a liquid storage tank pressure adjusting device, a liquid storage tank liquid level adjusting device, a liquid storage tank temperature adjusting device, a gas storage tank pressure adjusting device, a gas storage tank concentration adjusting device, a gas storage tank temperature adjusting device, a plant gas concentration adjusting device, a plant temperature adjusting device, a plant humidity adjusting device, a human body static adjusting device and a transport tool static adjusting device;
the comparison and judgment control device is used for:
judging the real-time liquid storage tank pressure information, if the real-time liquid storage tank pressure information is judged to be adjustable liquid storage tank pressure information, then comparing, judging and controlling the device to start the liquid storage tank pressure adjusting device to carry out interlocking adjustment, and if the real-time liquid storage tank pressure information is judged to be unadjustable liquid storage tank pressure information, directly sending an abnormal liquid storage tank pressure information alarm;
judging the liquid level information of the real-time liquid storage tank, if the liquid level information of the real-time liquid storage tank is judged to be adjustable liquid storage tank liquid level information, then comparing, judging and controlling the device to start the liquid storage tank liquid level adjusting device to carry out interlocking adjustment, and if the liquid level information of the real-time liquid storage tank is judged to be unadjustable liquid storage tank liquid level information, directly sending an abnormal alarm of the liquid storage tank liquid level information;
judging the real-time liquid storage tank temperature information, if the real-time liquid storage tank temperature information is judged to be adjustable liquid storage tank temperature information, then comparing, judging and controlling the device to start the liquid storage tank temperature adjusting device to carry out interlocking adjustment, and if the real-time liquid storage tank temperature information is judged to be unadjustable liquid storage tank temperature information, directly sending an abnormal alarm of the liquid storage tank temperature information;
judging the pressure information of the real-time gas storage tank, if the pressure information of the real-time gas storage tank is judged to be adjustable, starting a gas storage tank pressure adjusting device by the comparison judgment control device to carry out interlocking adjustment, and if the pressure information of the real-time gas storage tank is judged to be non-adjustable, directly sending an abnormal alarm of the pressure information of the gas storage tank;
judging the concentration information of the real-time gas storage tank, if the concentration information of the real-time gas storage tank is judged to be the concentration information of the adjustable gas storage tank, comparing and judging the concentration information of the gas storage tank, starting a gas storage tank concentration adjusting device by a control device for interlocking adjustment, and if the concentration information of the real-time gas storage tank is judged to be the concentration information of the unadjustable gas storage tank, directly sending an abnormal alarm of the concentration information of the gas storage tank;
judging the temperature information of the real-time gas storage tank, if the temperature information of the real-time gas storage tank is judged to be the temperature information of the adjustable gas storage tank, comparing and judging the temperature information of the adjustable gas storage tank with the temperature information of the gas storage tank, starting a gas storage tank temperature adjusting device by a comparison and judgment control device to carry out interlocking adjustment, and if the temperature information of the real-time gas storage tank is judged to be the temperature information of the unadjustable gas storage tank, directly sending an abnormal alarm of;
judging the real-time workshop gas concentration information, if the real-time workshop gas concentration information is judged to be adjustable workshop gas concentration information, starting a workshop gas concentration adjusting device by the comparison judgment control device to carry out interlocking adjustment, and if the real-time workshop gas concentration information is judged to be unadjustable workshop gas concentration information, directly sending out an abnormal alarm of the workshop gas concentration information;
judging the real-time workshop temperature information, if the real-time workshop temperature information is judged to be adjustable workshop temperature information, starting a workshop temperature adjusting device by the comparison judgment control device to carry out interlocking adjustment, and if the real-time workshop temperature information is judged to be unadjustable workshop temperature information, directly sending out an abnormal alarm of the workshop temperature information;
judging the real-time plant humidity information, if the real-time plant humidity information is judged to be adjustable plant humidity information, starting a plant humidity adjusting device by a comparison judgment control device to perform interlocking adjustment, and if the real-time plant humidity information is judged to be unadjustable plant humidity information, directly sending an abnormal alarm of the plant humidity information;
judging the real-time plant human body static electricity information, if the real-time plant human body static electricity information is judged to be adjustable plant human body static electricity information, starting a plant human body static electricity adjusting device by a comparison judgment control device to carry out interlocking adjustment, and if the real-time plant human body static electricity information is judged to be unadjustable plant human body static electricity information, directly sending out an abnormal alarm of the plant human body static electricity information;
judging the static information of the real-time factory building transportation tool, if the static information of the real-time factory building transportation tool is judged to be the static information of the adjustable factory building transportation tool, starting a static adjusting device of the factory building transportation tool by the comparison judgment control device to carry out interlocking adjustment, and if the static information of the real-time factory building transportation tool is judged to be the static information of the unadjustable factory building transportation tool, directly sending an abnormal alarm of the static information of the factory building transportation tool;
the specific process that the comparison judgment control device judges that the real-time liquid storage tank pressure information is the non-adjustable liquid storage tank pressure information is as follows: when the first judgment result is that the real-time liquid storage tank pressure information is the non-adjustable liquid storage tank pressure information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the current real-time liquid storage tank pressure information again to perform second judgment, if the second judgment result is still the non-adjustable liquid storage tank pressure information, the actual judgment result of the comparison judgment control device is the non-adjustable liquid storage tank pressure information, and if the second judgment result is the adjustable liquid storage tank pressure information, the actual judgment result of the comparison judgment control device is the adjustable liquid storage tank pressure information;
the specific process that the comparison judgment control device judges that the real-time liquid storage tank liquid level information is the unadjustable liquid storage tank liquid level information is as follows: when the first judgment result is that the real-time liquid storage tank liquid level information is the unadjustable liquid storage tank liquid level information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device obtains the real-time liquid storage tank liquid level information at the moment again to perform second judgment, if the second judgment result is still the unadjustable liquid storage tank liquid level information, the comparison judgment control device actually judges that the result is the unadjustable liquid storage tank liquid level information, and if the second judgment result is the adjustable liquid storage tank liquid level information, the comparison judgment control device actually judges that the result is the adjustable liquid storage tank liquid level information;
the specific process that the comparison judgment control device judges that the real-time liquid storage tank temperature information is the unadjustable liquid storage tank temperature information is as follows: when the first judgment result is that the real-time liquid storage tank temperature information is the unadjustable liquid storage tank temperature information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the current real-time liquid storage tank temperature information again to perform second judgment, if the second judgment result is still the unadjustable liquid storage tank temperature information, the actual judgment result of the comparison judgment control device is the unadjustable liquid storage tank temperature information, and if the second judgment result is the adjustable liquid storage tank temperature information, the actual judgment result of the comparison judgment control device is the adjustable liquid storage tank temperature information;
the specific process that the comparison judgment control device judges that the real-time gas storage tank pressure information is the non-adjustable gas storage tank pressure information is as follows: when the first judgment result is that the real-time gas storage tank pressure information is the non-adjustable gas storage tank pressure information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the current real-time gas storage tank pressure information again to perform second judgment, if the second judgment result is still the non-adjustable gas storage tank pressure information, the comparison judgment control device actually judges that the result is the non-adjustable gas storage tank pressure information, and if the second judgment result is the adjustable gas storage tank pressure information, the comparison judgment control device actually judges that the result is the adjustable gas storage tank pressure information;
the specific process that the comparison judgment control device judges that the real-time gas storage tank concentration information is the unadjustable gas storage tank concentration information is as follows: when the first judgment result is that the real-time gas storage tank concentration information is the unadjustable gas storage tank concentration information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the real-time gas storage tank concentration information again to perform second judgment, if the second judgment result is still the unadjustable gas storage tank concentration information, the actual judgment result of the comparison judgment control device is the unadjustable gas storage tank concentration information, and if the second judgment result is the adjustable gas storage tank concentration information, the actual judgment result of the comparison judgment control device is the adjustable gas storage tank concentration information;
the specific process that the comparison judgment control device judges that the real-time gas storage tank temperature information is the unadjustable gas storage tank temperature information is as follows: when the first judgment result is that the real-time gas storage tank temperature information is the non-adjustable gas storage tank temperature information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the current real-time gas storage tank temperature information again to perform second judgment, if the second judgment result is still the non-adjustable gas storage tank temperature information, the actual judgment result of the comparison judgment control device is the non-adjustable gas storage tank temperature information, and if the second judgment result is the adjustable gas storage tank temperature information, the actual judgment result of the comparison judgment control device is the adjustable gas storage tank temperature information;
the specific process that the comparison judgment control device judges that the real-time workshop gas concentration information is the unadjustable workshop gas concentration information is as follows: when the first judgment result is that the real-time workshop gas concentration information is the unadjustable workshop gas concentration information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the real-time workshop gas concentration information again to perform second judgment, if the second judgment result is still the unadjustable workshop gas concentration information, the comparison judgment control device actually judges that the result is the unadjustable workshop gas concentration information, and if the second judgment result is the adjustable workshop gas concentration information, the comparison judgment control device actually judges that the result is the adjustable workshop gas concentration information;
the specific process that the comparison judgment control device judges that the real-time plant temperature information is the unadjustable plant temperature information is as follows: when the first judgment result is that the real-time plant temperature information is the non-adjustable plant temperature information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the real-time plant temperature information again to perform second judgment, if the second judgment result is still the non-adjustable plant temperature information, the actual judgment result of the comparison judgment control device is the non-adjustable plant temperature information, and if the second judgment result is the adjustable plant temperature information, the actual judgment result of the comparison judgment control device is the adjustable plant temperature information;
the specific process that the comparison judgment control device judges that the real-time plant humidity information is the unadjustable plant humidity information is as follows: when the first judgment result is that the real-time plant humidity information is the non-adjustable plant humidity information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the real-time plant humidity information again to perform second judgment, if the second judgment result is still the non-adjustable plant humidity information, the comparison judgment control device actually judges that the result is the non-adjustable plant humidity information, and if the second judgment result is the adjustable plant humidity information, the comparison judgment control device actually judges that the result is the adjustable plant humidity information;
the specific process that the comparison judgment control device judges that the real-time plant human body static electricity information is the unadjustable plant human body static electricity information is as follows: when the first judgment result is that the real-time plant human body static information is the unadjustable plant human body static information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the real-time plant human body static information again to perform second judgment, if the second judgment result is still the unadjustable plant human body static information, the comparison judgment control device actually judges that the result is the unadjustable plant human body static information, and if the second judgment result is the adjustable plant human body static information, the comparison judgment control device actually judges that the result is the adjustable plant human body static information;
the specific process that the comparison judgment control device judges that the static information of the real-time factory building transportation tool is the static information of the unadjustable factory building transportation tool is as follows: when the first judgment result is that the static information of the real-time factory building transportation tool is the static information of the non-adjustable factory building transportation tool, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the static information of the real-time factory building transportation tool at the moment again to perform second judgment, if the second judgment result is still the static information of the non-adjustable factory building transportation tool, the actual judgment result of the comparison judgment control device is the static information of the non-adjustable factory building transportation tool, and if the second judgment result is the static information of the adjustable factory building transportation tool, the actual judgment result of the comparison judgment control device is the static information of the adjustable factory building transportation tool;
wherein the first time interval is adjustably set.
In the scheme, the type of the detection terminal is more perfect by configuring a liquid storage tank pressure detection device, a liquid storage tank liquid level monitoring device, a liquid storage tank temperature detection device, a gas storage tank pressure detection device, a gas storage tank concentration detection device, a gas storage tank temperature detection device, a factory building gas concentration detection device, a factory building temperature detection device, a factory building humidity detection device, a human body static detection device and a transport tool static detection device; and processing in different degrees according to different detection information; the device is divided into an adjustable device and an unadjustable device, and when the adjustable device is adjustable, the corresponding adjusting devices are directly interlocked to control the interlocking adjustment; because the harsh environment in the chemical storage tank area, the detection data of the detection terminal with the minimum probability can be distorted, when the first judgment result is that the detection terminal cannot be adjusted, the first judgment result is temporarily stored, after waiting for a period of time, the second judgment is carried out, the actual judgment result is obtained comprehensively according to the two judgment results, the subsequent false operation of the related detection device caused by accidental errors can be avoided, when the detection terminal cannot be adjusted, the number of commonly-moved resources is large, and if the number of resource wastes caused by the accidental errors of the detection terminal is large, the method is quite undesirable.
However, when the real-time information is determined to be the corresponding adjustable information, the adjusting device performs corresponding adjustment, and if the continuous operation of each detecting device is not necessary in the process, corresponding energy consumption is caused.
Therefore, the operation of the liquid storage tank pressure detection device is further optimized to be stopped when the real-time liquid storage tank pressure information is judged to be the adjustable liquid storage tank pressure information; when the real-time liquid storage tank liquid level information is judged to be adjustable liquid storage tank liquid level information, the liquid storage tank liquid level monitoring device stops running; when the real-time liquid storage tank temperature information is judged to be the adjustable liquid storage tank temperature information, the liquid storage tank temperature detection device stops running; when the real-time gas storage tank pressure information is judged to be adjustable gas storage tank pressure information, the gas storage tank pressure detection device stops running; when the real-time gas storage tank concentration information is judged to be the adjustable gas storage tank concentration information, the gas storage tank concentration detection device stops running; when the real-time gas storage tank temperature information is judged to be the adjustable gas storage tank temperature information, the gas storage tank temperature detection device stops running; when the real-time workshop gas concentration information is judged to be adjustable workshop gas concentration information, the workshop gas concentration detection device is suspended to operate; when the real-time plant temperature information is judged to be adjustable plant temperature information, the plant temperature detection device stops running; when the real-time plant humidity information is judged to be adjustable plant humidity information, the plant humidity detection device stops running; when the real-time plant human body static electricity information is judged to be the adjustable plant human body static electricity information, the human body static electricity detection device is suspended to operate; and when the static information of the real-time factory building transportation tool is judged to be the static information of the adjustable factory building transportation tool, the transportation tool static detection device is suspended.
In the above scheme, when the real-time information is judged to be the corresponding adjustable information, the adjusting device performs corresponding adjustment, and in the process, each detecting device stops operating, so that energy consumption can be reduced.
However, when the adjusting device cannot be adjusted without limit, the detecting device cannot be paused without limit; after the corresponding threshold time is adjusted, the detection device should be restarted to detect the adjustment result.
As shown in fig. 3, so as to be further optimized, the standard threshold information storage device further stores a liquid storage tank pressure regulation time threshold, a liquid storage tank liquid level regulation time threshold, a liquid storage tank temperature regulation time threshold, a gas storage tank pressure regulation time threshold, a gas storage tank concentration regulation time threshold, a gas storage tank temperature regulation time threshold, a plant gas concentration regulation time threshold, a plant temperature regulation time threshold, a plant humidity regulation time threshold, a human static regulation time threshold, and a transportation tool static regulation time threshold;
when the time for the liquid storage tank pressure regulating device to carry out interlocking regulation meets the liquid storage tank pressure regulation time threshold, the liquid storage tank pressure detection device is restarted, and if the real-time liquid storage tank pressure information at the moment is adjustable liquid storage tank pressure information or non-adjustable liquid storage tank pressure information, the liquid storage tank pressure regulating device gives a fault alarm;
when the time for the liquid storage tank liquid level adjusting device to carry out interlocking adjustment meets the liquid storage tank liquid level adjusting time threshold value, the liquid storage tank liquid level detection device is restarted, and if the real-time liquid storage tank liquid level information at the moment is adjustable liquid storage tank liquid level information or non-adjustable liquid storage tank liquid level information, fault alarm is carried out on the liquid storage tank liquid level adjusting device;
when the time for interlocking adjustment of the liquid storage tank temperature adjusting device meets the liquid storage tank temperature adjusting time threshold, the liquid storage tank temperature detecting device is restarted, and if the real-time liquid storage tank temperature information at the moment is adjustable liquid storage tank temperature information or non-adjustable liquid storage tank temperature information, fault alarm is carried out on the liquid storage tank temperature adjusting device;
when the time for the gas storage tank pressure regulating device to carry out interlocking regulation meets a gas storage tank pressure regulation time threshold, the gas storage tank pressure detection device is restarted, and if the real-time gas storage tank pressure information at the moment is adjustable gas storage tank pressure information or non-adjustable gas storage tank pressure information, fault alarm is carried out on the gas storage tank pressure regulating device;
when the time for the gas storage tank concentration adjusting device to carry out interlocking adjustment meets a gas storage tank concentration adjusting time threshold, the gas storage tank concentration detection device is restarted, and if the real-time gas storage tank concentration information at the moment is adjustable gas storage tank concentration information or non-adjustable gas storage tank concentration information, fault alarm is carried out on the gas storage tank concentration adjusting device;
when the time for the gas storage tank temperature adjusting device to perform interlocking adjustment meets the gas storage tank temperature adjusting time threshold, the gas storage tank temperature detecting device is restarted, and if the real-time gas storage tank temperature information at the moment is adjustable gas storage tank temperature information or non-adjustable gas storage tank temperature information, fault alarm is performed on the gas storage tank temperature adjusting device;
when the time for interlocking adjustment of the plant gas concentration adjusting device meets a plant gas concentration adjusting time threshold, restarting the plant gas concentration detecting device, and if the real-time plant gas concentration information is adjustable plant gas concentration information or non-adjustable plant gas concentration information, performing fault alarm on the plant gas concentration adjusting device;
when the time for interlocking adjustment of the plant temperature adjusting device meets a plant temperature adjusting time threshold, restarting the plant temperature detecting device, and if the real-time plant temperature information at the moment is adjustable plant temperature information or non-adjustable plant temperature information, performing fault alarm on the plant temperature adjusting device;
when the time for interlocking adjustment of the plant humidity adjusting device meets a plant humidity adjusting time threshold, the plant humidity detecting device is restarted, and if the real-time plant humidity information at the moment is adjustable plant humidity information or non-adjustable plant humidity information, fault alarm of the plant humidity adjusting device is carried out;
when the time for the human body static electricity adjusting device to carry out interlocking adjustment meets a human body static electricity adjusting time threshold, the human body static electricity detecting device is restarted, and if the real-time human body static electricity information at the moment is adjustable human body static electricity information or non-adjustable human body static electricity information, fault alarm of the human body static electricity adjusting device is carried out;
and when the time for the transport tool static electricity adjusting device to carry out interlocking adjustment meets the transport tool static electricity adjusting time threshold value, restarting the transport tool static electricity detection device, and if the real-time transport tool static electricity information at the moment is adjustable transport tool static electricity information or non-adjustable transport tool static electricity information, carrying out fault alarm on the transport tool static electricity adjusting device.
In the above scheme, whether the corresponding adjusting device fails or not can be judged through the adjusting result.
However, when it is determined that the regulating device is out of order, the worker still cannot know the specific type of the failure quickly, which is quite disadvantageous for failure handling.
Therefore, it is further optimized that when the liquid storage tank pressure adjusting device gives a fault alarm, whether the output end of the control device has the liquid storage tank pressure adjusting output or not is detected, compared and judged, if the output end of the control device has the liquid storage tank pressure adjusting output, then continuously detecting whether the input end of the liquid storage tank pressure adjusting device has liquid storage tank pressure adjusting input or not, if the input end of the liquid storage tank pressure adjusting device has liquid storage tank pressure adjusting input, then the main body of the liquid storage tank pressure adjusting device gives a fault alarm, if the input end of the liquid storage tank pressure adjusting device does not have the liquid storage tank pressure adjusting input, performing fault alarm on the line input end of the liquid storage tank pressure regulating device, and if the output end of the comparison judgment control device does not have the liquid storage tank pressure regulation output, performing comparison judgment on the line output end of the control device to perform fault alarm;
when the liquid storage tank liquid level adjusting device gives a fault alarm, detecting, comparing and judging whether the output end of the control device has liquid storage tank liquid level adjusting output or not, if so, continuously detecting whether the input end of the liquid storage tank liquid level adjusting device has liquid storage tank liquid level adjusting input or not, if so, giving a main body fault alarm to the liquid storage tank liquid level adjusting device, if not, giving a line input end fault alarm to the liquid storage tank liquid level adjusting device, and if not, giving a line output end fault alarm to the control device;
when the liquid storage tank temperature adjusting device gives a fault alarm, detecting, comparing and judging whether the output end of the control device has a liquid storage tank temperature adjusting output or not, if so, continuously detecting whether the input end of the liquid storage tank temperature adjusting device has a liquid storage tank temperature adjusting input or not, if so, giving a main body fault alarm of the liquid storage tank temperature adjusting device, if not, giving a line input end fault alarm of the liquid storage tank temperature adjusting device, and if not, giving a line output end fault alarm of the control device;
when the gas storage tank pressure regulating device gives a fault alarm, detecting, comparing and judging whether a gas storage tank pressure regulating output exists at the output end of the control device, if so, continuously detecting whether a gas storage tank pressure regulating input exists at the input end of the gas storage tank pressure regulating device, if so, giving a fault alarm to a main body of the gas storage tank pressure regulating device, if not, giving a fault alarm to a line input end of the gas storage tank pressure regulating device, and if not, giving a fault alarm to a line output end of the control device;
when the gas storage tank concentration adjusting device gives a fault alarm, detecting, comparing and judging whether a gas storage tank concentration adjusting output exists at the output end of the control device, if so, continuously detecting whether a gas storage tank concentration adjusting input exists at the input end of the gas storage tank concentration adjusting device, if so, giving a main body fault alarm of the gas storage tank concentration adjusting device, if not, giving a line input end fault alarm of the gas storage tank concentration adjusting device, and if not, giving a line output end fault alarm of the control device;
when the fault alarm of the gas storage tank temperature adjusting device is performed, whether the output end of the control device has the gas storage tank temperature adjusting output or not is detected, if the output end of the control device has the gas storage tank temperature adjusting output, whether the input end of the gas storage tank temperature adjusting device has the gas storage tank temperature adjusting input or not is continuously detected, if the input end of the gas storage tank temperature adjusting device has the gas storage tank temperature adjusting input, the main body fault alarm of the gas storage tank temperature adjusting device is performed, if the input end of the gas storage tank temperature adjusting device does not have the gas storage tank temperature adjusting input, the line input end fault alarm of the gas storage tank temperature adjusting device is performed, and if the output end of the control device does not have the gas storage tank temperature adjusting output, the line output end fault alarm of;
when a fault alarm of the plant gas concentration adjusting device is performed, whether a plant gas concentration adjusting output exists at the output end of the control device is detected, compared and judged, if the plant gas concentration adjusting output exists at the output end of the control device, whether a plant gas concentration adjusting input exists at the input end of the plant gas concentration adjusting device is continuously detected, if the plant gas concentration adjusting input exists at the input end of the plant gas concentration adjusting device, a main body fault alarm of the plant gas concentration adjusting device is performed, if the plant gas concentration adjusting input does not exist at the input end of the plant gas concentration adjusting device, a line input end fault alarm of the plant gas concentration adjusting device is performed, and if the plant gas concentration adjusting output does not exist at the output end of the control device, a line output end fault alarm of the control device is compared and;
when a plant temperature adjusting device gives a fault alarm, detecting, comparing and judging whether a plant temperature adjusting output exists at the output end of the control device, if so, continuously detecting whether a plant temperature adjusting input exists at the input end of the plant temperature adjusting device, if so, giving a fault alarm to a main body of the plant temperature adjusting device, if not, giving a fault alarm to a line input end of the plant temperature adjusting device, and if not, giving a fault alarm to a line output end of the control device;
when a plant humidity adjusting device gives a fault alarm, detecting and comparing whether a plant humidity adjusting output exists at the output end of the control device, if the plant humidity adjusting output exists at the output end of the control device, continuously detecting whether a plant humidity adjusting input exists at the input end of the plant humidity adjusting device, if the plant humidity adjusting input exists at the input end of the plant humidity adjusting device, giving a fault alarm to a main body of the plant humidity adjusting device, if the plant humidity adjusting input does not exist at the input end of the plant humidity adjusting device, giving a fault alarm to a line input end of the plant humidity adjusting device, and if the plant humidity adjusting output does not exist at the output end of the control device, giving a fault alarm to a line output end of the control device;
when the human body static electricity adjusting device gives a fault alarm, detecting, comparing and judging whether a human body static electricity adjusting output exists at the output end of the control device, if so, continuously detecting whether a human body static electricity adjusting input exists at the input end of the human body static electricity adjusting device, if so, giving a fault alarm to the main body of the human body static electricity adjusting device, if not, giving a fault alarm to the line input end of the human body static electricity adjusting device, and if not, giving a fault alarm to the line output end of the control device;
when the electrostatic regulation device of the transport means has fault alarm, whether the output end of the control device has electrostatic regulation output of the transport means is detected, whether the electrostatic regulation output of the transport means exists or not is judged, if the output end of the control device has electrostatic regulation output of the transport means is judged, whether the electrostatic regulation input of the transport means exists or not is continuously detected, if the electrostatic regulation input of the transport means exists at the input end of the electrostatic regulation device of the transport means, the main body fault alarm of the electrostatic regulation device of the transport means is carried out, if the electrostatic regulation input of the transport means does not exist at the input end of the electrostatic regulation device of the transport means, the line input end fault alarm of the electrostatic regulation device of the transport means is carried out, and if the output end of the control device does not have electrostatic regulation.
According to the scheme, the fault types of the adjusting devices are rapidly judged, so that the follow-up processing of workers is facilitated, and the resource waste is reduced.
The above are preferred embodiments of the present invention, and all changes made according to the technical scheme of the present invention that produce functional effects do not exceed the scope of the technical scheme of the present invention belong to the protection scope of the present invention.

Claims (4)

1. A chemical engineering intrinsic safety interlocking control device is characterized by comprising a liquid storage tank pressure detection device, a liquid storage tank liquid level monitoring device, a liquid storage tank temperature detection device, a gas storage tank pressure detection device, a gas storage tank concentration detection device, a gas storage tank temperature detection device, a plant gas concentration detection device, a plant temperature detection device, a plant humidity detection device, a human body static electricity detection device and a transport tool static electricity detection device;
the liquid storage tank pressure detection device is used for detecting liquid pressure information in the liquid storage tank in real time, namely real-time liquid storage tank pressure information;
the liquid level monitoring device of the liquid storage tank is used for detecting liquid level information inside the liquid storage tank in real time, namely real-time liquid storage tank liquid level information;
the liquid storage tank temperature detection device is used for detecting liquid temperature information in the liquid storage tank in real time, namely real-time liquid storage tank temperature information;
the gas storage tank pressure detection device is used for detecting gas pressure information inside the gas storage tank in real time, namely real-time gas storage tank pressure information;
the gas storage tank concentration detection device is used for detecting gas concentration information in the gas storage tank in real time, namely the real-time gas storage tank concentration information;
the gas storage tank temperature detection device is used for detecting gas temperature information in the gas storage tank in real time, namely real-time gas storage tank temperature information;
the plant gas concentration detection device is used for detecting gas concentration information of a plant in the storage tank area in real time, namely real-time plant gas concentration information;
the plant temperature detection device is used for detecting the temperature information of the plants in the storage tank area in real time, namely the real-time plant temperature information;
the plant humidity detection device is used for detecting humidity information of a plant in the storage tank area in real time, namely real-time plant humidity information;
the human body static electricity detection device is used for detecting static electricity information of workers in a plant of the storage tank area in real time, namely the human body static electricity information of the plant in real time;
the transport tool static detection device is used for detecting the static information of transport tools in a storage tank area plant in real time, namely the static information of the transport tools in the storage tank area plant in real time;
the system also comprises a standard threshold value information storage device, a threshold value liquid storage device and a threshold value factory building transportation tool, wherein the standard threshold value information storage device is used for storing threshold value liquid storage tank pressure information, threshold value liquid storage tank liquid level information, threshold value liquid storage tank temperature information, threshold value gas storage tank pressure information, threshold value gas storage tank concentration information, threshold value gas storage tank temperature information, threshold value factory building gas concentration information, threshold value factory building temperature information, threshold value factory building humidity information, threshold value factory building human body static electricity information and threshold value factory building transportation tool static;
wherein the threshold liquid tank pressure information comprises adjustable liquid tank pressure information and non-adjustable liquid tank pressure information;
the threshold liquid storage tank liquid level information comprises adjustable liquid storage tank liquid level information and non-adjustable liquid storage tank liquid level information;
the threshold liquid storage tank temperature information comprises adjustable liquid storage tank temperature information and non-adjustable liquid storage tank temperature information;
the threshold gas storage tank pressure information comprises adjustable gas storage tank pressure information and non-adjustable gas storage tank pressure information;
the threshold gas storage tank concentration information comprises adjustable gas storage tank concentration information and non-adjustable gas storage tank concentration information;
the threshold gas storage tank temperature information comprises adjustable gas storage tank temperature information and non-adjustable gas storage tank temperature information;
the threshold workshop gas concentration information comprises adjustable workshop gas concentration information and non-adjustable workshop gas concentration information;
the threshold plant temperature information comprises adjustable plant temperature information and non-adjustable plant temperature information;
the threshold plant humidity information comprises adjustable plant humidity information and non-adjustable plant humidity information;
the threshold plant human static electricity information comprises adjustable plant human static electricity information and non-adjustable plant human static electricity information;
the threshold value factory building transport tool static information comprises adjustable factory building transport tool static information and non-adjustable factory building transport tool static information;
the system also comprises a comparison judgment control device, a liquid storage tank pressure adjusting device, a liquid storage tank liquid level adjusting device, a liquid storage tank temperature adjusting device, a gas storage tank pressure adjusting device, a gas storage tank concentration adjusting device, a gas storage tank temperature adjusting device, a plant gas concentration adjusting device, a plant temperature adjusting device, a plant humidity adjusting device, a human body static adjusting device and a transport tool static adjusting device;
the comparison and judgment control device is used for:
judging the real-time liquid storage tank pressure information, if the real-time liquid storage tank pressure information is judged to be adjustable liquid storage tank pressure information, then comparing, judging and controlling the device to start the liquid storage tank pressure adjusting device to carry out interlocking adjustment, and if the real-time liquid storage tank pressure information is judged to be unadjustable liquid storage tank pressure information, directly sending an abnormal liquid storage tank pressure information alarm;
judging the liquid level information of the real-time liquid storage tank, if the liquid level information of the real-time liquid storage tank is judged to be adjustable liquid storage tank liquid level information, then comparing, judging and controlling the device to start the liquid storage tank liquid level adjusting device to carry out interlocking adjustment, and if the liquid level information of the real-time liquid storage tank is judged to be unadjustable liquid storage tank liquid level information, directly sending an abnormal alarm of the liquid storage tank liquid level information;
judging the real-time liquid storage tank temperature information, if the real-time liquid storage tank temperature information is judged to be adjustable liquid storage tank temperature information, then comparing, judging and controlling the device to start the liquid storage tank temperature adjusting device to carry out interlocking adjustment, and if the real-time liquid storage tank temperature information is judged to be unadjustable liquid storage tank temperature information, directly sending an abnormal alarm of the liquid storage tank temperature information;
judging the pressure information of the real-time gas storage tank, if the pressure information of the real-time gas storage tank is judged to be adjustable, starting a gas storage tank pressure adjusting device by the comparison judgment control device to carry out interlocking adjustment, and if the pressure information of the real-time gas storage tank is judged to be non-adjustable, directly sending an abnormal alarm of the pressure information of the gas storage tank;
judging the concentration information of the real-time gas storage tank, if the concentration information of the real-time gas storage tank is judged to be the concentration information of the adjustable gas storage tank, comparing and judging the concentration information of the gas storage tank, starting a gas storage tank concentration adjusting device by a control device for interlocking adjustment, and if the concentration information of the real-time gas storage tank is judged to be the concentration information of the unadjustable gas storage tank, directly sending an abnormal alarm of the concentration information of the gas storage tank;
judging the temperature information of the real-time gas storage tank, if the temperature information of the real-time gas storage tank is judged to be the temperature information of the adjustable gas storage tank, comparing and judging the temperature information of the adjustable gas storage tank with the temperature information of the gas storage tank, starting a gas storage tank temperature adjusting device by a comparison and judgment control device to carry out interlocking adjustment, and if the temperature information of the real-time gas storage tank is judged to be the temperature information of the unadjustable gas storage tank, directly sending an abnormal alarm of;
judging the real-time workshop gas concentration information, if the real-time workshop gas concentration information is judged to be adjustable workshop gas concentration information, starting a workshop gas concentration adjusting device by the comparison judgment control device to carry out interlocking adjustment, and if the real-time workshop gas concentration information is judged to be unadjustable workshop gas concentration information, directly sending out an abnormal alarm of the workshop gas concentration information;
judging the real-time workshop temperature information, if the real-time workshop temperature information is judged to be adjustable workshop temperature information, starting a workshop temperature adjusting device by the comparison judgment control device to carry out interlocking adjustment, and if the real-time workshop temperature information is judged to be unadjustable workshop temperature information, directly sending out an abnormal alarm of the workshop temperature information;
judging the real-time plant humidity information, if the real-time plant humidity information is judged to be adjustable plant humidity information, starting a plant humidity adjusting device by a comparison judgment control device to perform interlocking adjustment, and if the real-time plant humidity information is judged to be unadjustable plant humidity information, directly sending an abnormal alarm of the plant humidity information;
judging the real-time plant human body static electricity information, if the real-time plant human body static electricity information is judged to be adjustable plant human body static electricity information, starting a plant human body static electricity adjusting device by a comparison judgment control device to carry out interlocking adjustment, and if the real-time plant human body static electricity information is judged to be unadjustable plant human body static electricity information, directly sending out an abnormal alarm of the plant human body static electricity information;
judging the static information of the real-time factory building transportation tool, if the static information of the real-time factory building transportation tool is judged to be the static information of the adjustable factory building transportation tool, starting a static adjusting device of the factory building transportation tool by the comparison judgment control device to carry out interlocking adjustment, and if the static information of the real-time factory building transportation tool is judged to be the static information of the unadjustable factory building transportation tool, directly sending an abnormal alarm of the static information of the factory building transportation tool;
the specific process that the comparison judgment control device judges that the real-time liquid storage tank pressure information is the non-adjustable liquid storage tank pressure information is as follows: when the first judgment result is that the real-time liquid storage tank pressure information is the non-adjustable liquid storage tank pressure information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the current real-time liquid storage tank pressure information again to perform second judgment, if the second judgment result is still the non-adjustable liquid storage tank pressure information, the actual judgment result of the comparison judgment control device is the non-adjustable liquid storage tank pressure information, and if the second judgment result is the adjustable liquid storage tank pressure information, the actual judgment result of the comparison judgment control device is the adjustable liquid storage tank pressure information;
the specific process that the comparison judgment control device judges that the real-time liquid storage tank liquid level information is the unadjustable liquid storage tank liquid level information is as follows: when the first judgment result is that the real-time liquid storage tank liquid level information is the unadjustable liquid storage tank liquid level information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device obtains the real-time liquid storage tank liquid level information at the moment again to perform second judgment, if the second judgment result is still the unadjustable liquid storage tank liquid level information, the comparison judgment control device actually judges that the result is the unadjustable liquid storage tank liquid level information, and if the second judgment result is the adjustable liquid storage tank liquid level information, the comparison judgment control device actually judges that the result is the adjustable liquid storage tank liquid level information;
the specific process that the comparison judgment control device judges that the real-time liquid storage tank temperature information is the unadjustable liquid storage tank temperature information is as follows: when the first judgment result is that the real-time liquid storage tank temperature information is the unadjustable liquid storage tank temperature information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the current real-time liquid storage tank temperature information again to perform second judgment, if the second judgment result is still the unadjustable liquid storage tank temperature information, the actual judgment result of the comparison judgment control device is the unadjustable liquid storage tank temperature information, and if the second judgment result is the adjustable liquid storage tank temperature information, the actual judgment result of the comparison judgment control device is the adjustable liquid storage tank temperature information;
the specific process that the comparison judgment control device judges that the real-time gas storage tank pressure information is the non-adjustable gas storage tank pressure information is as follows: when the first judgment result is that the real-time gas storage tank pressure information is the non-adjustable gas storage tank pressure information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the current real-time gas storage tank pressure information again to perform second judgment, if the second judgment result is still the non-adjustable gas storage tank pressure information, the comparison judgment control device actually judges that the result is the non-adjustable gas storage tank pressure information, and if the second judgment result is the adjustable gas storage tank pressure information, the comparison judgment control device actually judges that the result is the adjustable gas storage tank pressure information;
the specific process that the comparison judgment control device judges that the real-time gas storage tank concentration information is the unadjustable gas storage tank concentration information is as follows: when the first judgment result is that the real-time gas storage tank concentration information is the unadjustable gas storage tank concentration information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the real-time gas storage tank concentration information again to perform second judgment, if the second judgment result is still the unadjustable gas storage tank concentration information, the actual judgment result of the comparison judgment control device is the unadjustable gas storage tank concentration information, and if the second judgment result is the adjustable gas storage tank concentration information, the actual judgment result of the comparison judgment control device is the adjustable gas storage tank concentration information;
the specific process that the comparison judgment control device judges that the real-time gas storage tank temperature information is the unadjustable gas storage tank temperature information is as follows: when the first judgment result is that the real-time gas storage tank temperature information is the non-adjustable gas storage tank temperature information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the current real-time gas storage tank temperature information again to perform second judgment, if the second judgment result is still the non-adjustable gas storage tank temperature information, the actual judgment result of the comparison judgment control device is the non-adjustable gas storage tank temperature information, and if the second judgment result is the adjustable gas storage tank temperature information, the actual judgment result of the comparison judgment control device is the adjustable gas storage tank temperature information;
the specific process that the comparison judgment control device judges that the real-time workshop gas concentration information is the unadjustable workshop gas concentration information is as follows: when the first judgment result is that the real-time workshop gas concentration information is the unadjustable workshop gas concentration information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the real-time workshop gas concentration information again to perform second judgment, if the second judgment result is still the unadjustable workshop gas concentration information, the comparison judgment control device actually judges that the result is the unadjustable workshop gas concentration information, and if the second judgment result is the adjustable workshop gas concentration information, the comparison judgment control device actually judges that the result is the adjustable workshop gas concentration information;
the specific process that the comparison judgment control device judges that the real-time plant temperature information is the unadjustable plant temperature information is as follows: when the first judgment result is that the real-time plant temperature information is the non-adjustable plant temperature information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the real-time plant temperature information again to perform second judgment, if the second judgment result is still the non-adjustable plant temperature information, the actual judgment result of the comparison judgment control device is the non-adjustable plant temperature information, and if the second judgment result is the adjustable plant temperature information, the actual judgment result of the comparison judgment control device is the adjustable plant temperature information;
the specific process that the comparison judgment control device judges that the real-time plant humidity information is the unadjustable plant humidity information is as follows: when the first judgment result is that the real-time plant humidity information is the non-adjustable plant humidity information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the real-time plant humidity information again to perform second judgment, if the second judgment result is still the non-adjustable plant humidity information, the comparison judgment control device actually judges that the result is the non-adjustable plant humidity information, and if the second judgment result is the adjustable plant humidity information, the comparison judgment control device actually judges that the result is the adjustable plant humidity information;
the specific process that the comparison judgment control device judges that the real-time plant human body static electricity information is the unadjustable plant human body static electricity information is as follows: when the first judgment result is that the real-time plant human body static information is the unadjustable plant human body static information, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the real-time plant human body static information again to perform second judgment, if the second judgment result is still the unadjustable plant human body static information, the comparison judgment control device actually judges that the result is the unadjustable plant human body static information, and if the second judgment result is the adjustable plant human body static information, the comparison judgment control device actually judges that the result is the adjustable plant human body static information;
the specific process that the comparison judgment control device judges that the static information of the real-time factory building transportation tool is the static information of the unadjustable factory building transportation tool is as follows: when the first judgment result is that the static information of the real-time factory building transportation tool is the static information of the non-adjustable factory building transportation tool, the comparison judgment control device temporarily stores the first judgment result and waits for a first time interval, the comparison judgment control device acquires the static information of the real-time factory building transportation tool at the moment again to perform second judgment, if the second judgment result is still the static information of the non-adjustable factory building transportation tool, the actual judgment result of the comparison judgment control device is the static information of the non-adjustable factory building transportation tool, and if the second judgment result is the static information of the adjustable factory building transportation tool, the actual judgment result of the comparison judgment control device is the static information of the adjustable factory building transportation tool;
wherein the first time interval is adjustably set.
2. The chemical intrinsic safety interlocking control device according to claim 1, wherein when the real-time liquid storage tank pressure information is determined to be adjustable liquid storage tank pressure information, the liquid storage tank pressure detection device suspends operation;
when the real-time liquid storage tank liquid level information is judged to be adjustable liquid storage tank liquid level information, the liquid storage tank liquid level monitoring device stops running;
when the real-time liquid storage tank temperature information is judged to be the adjustable liquid storage tank temperature information, the liquid storage tank temperature detection device stops running;
when the real-time gas storage tank pressure information is judged to be adjustable gas storage tank pressure information, the gas storage tank pressure detection device stops running;
when the real-time gas storage tank concentration information is judged to be the adjustable gas storage tank concentration information, the gas storage tank concentration detection device stops running;
when the real-time gas storage tank temperature information is judged to be the adjustable gas storage tank temperature information, the gas storage tank temperature detection device stops running;
when the real-time workshop gas concentration information is judged to be adjustable workshop gas concentration information, the workshop gas concentration detection device is suspended to operate;
when the real-time plant temperature information is judged to be adjustable plant temperature information, the plant temperature detection device stops running;
when the real-time plant humidity information is judged to be adjustable plant humidity information, the plant humidity detection device stops running;
when the real-time plant human body static electricity information is judged to be the adjustable plant human body static electricity information, the human body static electricity detection device is suspended to operate;
and when the static information of the real-time factory building transportation tool is judged to be the static information of the adjustable factory building transportation tool, the transportation tool static detection device is suspended.
3. The chemical intrinsic safety interlock management and control device according to claim 2, wherein the standard threshold information storage device further stores a liquid storage tank pressure regulation time threshold, a liquid storage tank liquid level regulation time threshold, a liquid storage tank temperature regulation time threshold, a gas storage tank pressure regulation time threshold, a gas storage tank concentration regulation time threshold, a gas storage tank temperature regulation time threshold, a plant gas concentration regulation time threshold, a plant temperature regulation time threshold, a plant humidity regulation time threshold, a human static regulation time threshold, a transportation tool static regulation time threshold;
when the time for the liquid storage tank pressure regulating device to carry out interlocking regulation meets the liquid storage tank pressure regulation time threshold, the liquid storage tank pressure detection device is restarted, and if the real-time liquid storage tank pressure information at the moment is adjustable liquid storage tank pressure information or non-adjustable liquid storage tank pressure information, the liquid storage tank pressure regulating device gives a fault alarm;
when the time for the liquid storage tank liquid level adjusting device to carry out interlocking adjustment meets the liquid storage tank liquid level adjusting time threshold value, the liquid storage tank liquid level detection device is restarted, and if the real-time liquid storage tank liquid level information at the moment is adjustable liquid storage tank liquid level information or non-adjustable liquid storage tank liquid level information, fault alarm is carried out on the liquid storage tank liquid level adjusting device;
when the time for interlocking adjustment of the liquid storage tank temperature adjusting device meets the liquid storage tank temperature adjusting time threshold, the liquid storage tank temperature detecting device is restarted, and if the real-time liquid storage tank temperature information at the moment is adjustable liquid storage tank temperature information or non-adjustable liquid storage tank temperature information, fault alarm is carried out on the liquid storage tank temperature adjusting device;
when the time for the gas storage tank pressure regulating device to carry out interlocking regulation meets a gas storage tank pressure regulation time threshold, the gas storage tank pressure detection device is restarted, and if the real-time gas storage tank pressure information at the moment is adjustable gas storage tank pressure information or non-adjustable gas storage tank pressure information, fault alarm is carried out on the gas storage tank pressure regulating device;
when the time for the gas storage tank concentration adjusting device to carry out interlocking adjustment meets a gas storage tank concentration adjusting time threshold, the gas storage tank concentration detection device is restarted, and if the real-time gas storage tank concentration information at the moment is adjustable gas storage tank concentration information or non-adjustable gas storage tank concentration information, fault alarm is carried out on the gas storage tank concentration adjusting device;
when the time for the gas storage tank temperature adjusting device to perform interlocking adjustment meets the gas storage tank temperature adjusting time threshold, the gas storage tank temperature detecting device is restarted, and if the real-time gas storage tank temperature information at the moment is adjustable gas storage tank temperature information or non-adjustable gas storage tank temperature information, fault alarm is performed on the gas storage tank temperature adjusting device;
when the time for interlocking adjustment of the plant gas concentration adjusting device meets a plant gas concentration adjusting time threshold, restarting the plant gas concentration detecting device, and if the real-time plant gas concentration information is adjustable plant gas concentration information or non-adjustable plant gas concentration information, performing fault alarm on the plant gas concentration adjusting device;
when the time for interlocking adjustment of the plant temperature adjusting device meets a plant temperature adjusting time threshold, restarting the plant temperature detecting device, and if the real-time plant temperature information at the moment is adjustable plant temperature information or non-adjustable plant temperature information, performing fault alarm on the plant temperature adjusting device;
when the time for interlocking adjustment of the plant humidity adjusting device meets a plant humidity adjusting time threshold, the plant humidity detecting device is restarted, and if the real-time plant humidity information at the moment is adjustable plant humidity information or non-adjustable plant humidity information, fault alarm of the plant humidity adjusting device is carried out;
when the time for the human body static electricity adjusting device to carry out interlocking adjustment meets a human body static electricity adjusting time threshold, the human body static electricity detecting device is restarted, and if the real-time human body static electricity information at the moment is adjustable human body static electricity information or non-adjustable human body static electricity information, fault alarm of the human body static electricity adjusting device is carried out;
and when the time for the transport tool static electricity adjusting device to carry out interlocking adjustment meets the transport tool static electricity adjusting time threshold value, restarting the transport tool static electricity detection device, and if the real-time transport tool static electricity information at the moment is adjustable transport tool static electricity information or non-adjustable transport tool static electricity information, carrying out fault alarm on the transport tool static electricity adjusting device.
4. The chemical intrinsic safety interlocking control device according to claim 3, wherein when the liquid storage tank pressure adjusting device fails to alarm, the output of the control device is detected, compared and judged to determine whether there is a liquid storage tank pressure adjusting output at the output of the control device, if there is a liquid storage tank pressure adjusting output at the output of the control device, then whether there is a liquid storage tank pressure adjusting input at the input of the liquid storage tank pressure adjusting device is continuously detected, if there is a liquid storage tank pressure adjusting input at the input of the liquid storage tank pressure adjusting device, a failure alarm is given to the main body of the liquid storage tank pressure adjusting device, if there is no liquid storage tank pressure adjusting input at the input of the liquid storage tank pressure adjusting device, a failure alarm is given to the line input of the liquid storage tank pressure adjusting device, if there is no liquid storage tank pressure adjusting output at, comparing and judging the fault alarm of the line output end of the control device;
when the liquid storage tank liquid level adjusting device gives a fault alarm, detecting, comparing and judging whether the output end of the control device has liquid storage tank liquid level adjusting output or not, if so, continuously detecting whether the input end of the liquid storage tank liquid level adjusting device has liquid storage tank liquid level adjusting input or not, if so, giving a main body fault alarm to the liquid storage tank liquid level adjusting device, if not, giving a line input end fault alarm to the liquid storage tank liquid level adjusting device, and if not, giving a line output end fault alarm to the control device;
when the liquid storage tank temperature adjusting device gives a fault alarm, detecting, comparing and judging whether the output end of the control device has a liquid storage tank temperature adjusting output or not, if so, continuously detecting whether the input end of the liquid storage tank temperature adjusting device has a liquid storage tank temperature adjusting input or not, if so, giving a main body fault alarm of the liquid storage tank temperature adjusting device, if not, giving a line input end fault alarm of the liquid storage tank temperature adjusting device, and if not, giving a line output end fault alarm of the control device;
when the gas storage tank pressure regulating device gives a fault alarm, detecting, comparing and judging whether a gas storage tank pressure regulating output exists at the output end of the control device, if so, continuously detecting whether a gas storage tank pressure regulating input exists at the input end of the gas storage tank pressure regulating device, if so, giving a fault alarm to a main body of the gas storage tank pressure regulating device, if not, giving a fault alarm to a line input end of the gas storage tank pressure regulating device, and if not, giving a fault alarm to a line output end of the control device;
when the gas storage tank concentration adjusting device gives a fault alarm, detecting, comparing and judging whether a gas storage tank concentration adjusting output exists at the output end of the control device, if so, continuously detecting whether a gas storage tank concentration adjusting input exists at the input end of the gas storage tank concentration adjusting device, if so, giving a main body fault alarm of the gas storage tank concentration adjusting device, if not, giving a line input end fault alarm of the gas storage tank concentration adjusting device, and if not, giving a line output end fault alarm of the control device;
when the fault alarm of the gas storage tank temperature adjusting device is performed, whether the output end of the control device has the gas storage tank temperature adjusting output or not is detected, if the output end of the control device has the gas storage tank temperature adjusting output, whether the input end of the gas storage tank temperature adjusting device has the gas storage tank temperature adjusting input or not is continuously detected, if the input end of the gas storage tank temperature adjusting device has the gas storage tank temperature adjusting input, the main body fault alarm of the gas storage tank temperature adjusting device is performed, if the input end of the gas storage tank temperature adjusting device does not have the gas storage tank temperature adjusting input, the line input end fault alarm of the gas storage tank temperature adjusting device is performed, and if the output end of the control device does not have the gas storage tank temperature adjusting output, the line output end fault alarm of;
when a fault alarm of the plant gas concentration adjusting device is performed, whether a plant gas concentration adjusting output exists at the output end of the control device is detected, compared and judged, if the plant gas concentration adjusting output exists at the output end of the control device, whether a plant gas concentration adjusting input exists at the input end of the plant gas concentration adjusting device is continuously detected, if the plant gas concentration adjusting input exists at the input end of the plant gas concentration adjusting device, a main body fault alarm of the plant gas concentration adjusting device is performed, if the plant gas concentration adjusting input does not exist at the input end of the plant gas concentration adjusting device, a line input end fault alarm of the plant gas concentration adjusting device is performed, and if the plant gas concentration adjusting output does not exist at the output end of the control device, a line output end fault alarm of the control device is compared and;
when a plant temperature adjusting device gives a fault alarm, detecting, comparing and judging whether a plant temperature adjusting output exists at the output end of the control device, if so, continuously detecting whether a plant temperature adjusting input exists at the input end of the plant temperature adjusting device, if so, giving a fault alarm to a main body of the plant temperature adjusting device, if not, giving a fault alarm to a line input end of the plant temperature adjusting device, and if not, giving a fault alarm to a line output end of the control device;
when a plant humidity adjusting device gives a fault alarm, detecting and comparing whether a plant humidity adjusting output exists at the output end of the control device, if the plant humidity adjusting output exists at the output end of the control device, continuously detecting whether a plant humidity adjusting input exists at the input end of the plant humidity adjusting device, if the plant humidity adjusting input exists at the input end of the plant humidity adjusting device, giving a fault alarm to a main body of the plant humidity adjusting device, if the plant humidity adjusting input does not exist at the input end of the plant humidity adjusting device, giving a fault alarm to a line input end of the plant humidity adjusting device, and if the plant humidity adjusting output does not exist at the output end of the control device, giving a fault alarm to a line output end of the control device;
when the human body static electricity adjusting device gives a fault alarm, detecting, comparing and judging whether a human body static electricity adjusting output exists at the output end of the control device, if so, continuously detecting whether a human body static electricity adjusting input exists at the input end of the human body static electricity adjusting device, if so, giving a fault alarm to the main body of the human body static electricity adjusting device, if not, giving a fault alarm to the line input end of the human body static electricity adjusting device, and if not, giving a fault alarm to the line output end of the control device;
when the electrostatic regulation device of the transport means has fault alarm, whether the output end of the control device has electrostatic regulation output of the transport means is detected, whether the electrostatic regulation output of the transport means exists or not is judged, if the output end of the control device has electrostatic regulation output of the transport means is judged, whether the electrostatic regulation input of the transport means exists or not is continuously detected, if the electrostatic regulation input of the transport means exists at the input end of the electrostatic regulation device of the transport means, the main body fault alarm of the electrostatic regulation device of the transport means is carried out, if the electrostatic regulation input of the transport means does not exist at the input end of the electrostatic regulation device of the transport means, the line input end fault alarm of the electrostatic regulation device of the transport means is carried out, and if the output end of the control device does not have electrostatic regulation.
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN112762995A (en) * 2020-12-30 2021-05-07 昆山市华民气体供应有限公司 Novel online gas bin monitoring system

Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101533551A (en) * 2009-04-03 2009-09-16 中国安全生产科学研究院 Gas station security monitoring pre-warning and emergency management system and method thereof
CN103777605A (en) * 2014-01-21 2014-05-07 中国安全生产科学研究院 Tank field monitoring and early warning mainframe and monitoring and early warning method thereof
CN205388701U (en) * 2016-03-14 2016-07-20 江西瑞尔泰控制工程股份有限公司 Factory building environment automatic control system
CN205670255U (en) * 2016-06-02 2016-11-02 天津世通华茂胶业股份有限公司 A kind of carboxylic styrene butadiene latex safety production monitoring system
CN107701917A (en) * 2017-10-27 2018-02-16 中山市华源电气设备有限公司 Storage tank monitoring system
CN109696210A (en) * 2019-02-19 2019-04-30 谢桂芬 A kind of chemical industry factory environmental monitoring system and application method
CN110349367A (en) * 2019-07-31 2019-10-18 张中刚 A kind of liquefaction harbour tank field intelligent safety protection system

Patent Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101533551A (en) * 2009-04-03 2009-09-16 中国安全生产科学研究院 Gas station security monitoring pre-warning and emergency management system and method thereof
CN103777605A (en) * 2014-01-21 2014-05-07 中国安全生产科学研究院 Tank field monitoring and early warning mainframe and monitoring and early warning method thereof
CN205388701U (en) * 2016-03-14 2016-07-20 江西瑞尔泰控制工程股份有限公司 Factory building environment automatic control system
CN205670255U (en) * 2016-06-02 2016-11-02 天津世通华茂胶业股份有限公司 A kind of carboxylic styrene butadiene latex safety production monitoring system
CN107701917A (en) * 2017-10-27 2018-02-16 中山市华源电气设备有限公司 Storage tank monitoring system
CN109696210A (en) * 2019-02-19 2019-04-30 谢桂芬 A kind of chemical industry factory environmental monitoring system and application method
CN110349367A (en) * 2019-07-31 2019-10-18 张中刚 A kind of liquefaction harbour tank field intelligent safety protection system

Non-Patent Citations (1)

* Cited by examiner, † Cited by third party
Title
张爱利: "LNG储罐工程安全分析与评价", 《中国优秀硕士学位论文全文数据库 工程科技Ⅰ辑》 *

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN112762995A (en) * 2020-12-30 2021-05-07 昆山市华民气体供应有限公司 Novel online gas bin monitoring system

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