CN110602860A - Intelligent static elimination system with static quantity analysis and static elimination method - Google Patents
Intelligent static elimination system with static quantity analysis and static elimination method Download PDFInfo
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- CN110602860A CN110602860A CN201910848855.2A CN201910848855A CN110602860A CN 110602860 A CN110602860 A CN 110602860A CN 201910848855 A CN201910848855 A CN 201910848855A CN 110602860 A CN110602860 A CN 110602860A
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05F—STATIC ELECTRICITY; NATURALLY-OCCURRING ELECTRICITY
- H05F3/00—Carrying-off electrostatic charges
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05F—STATIC ELECTRICITY; NATURALLY-OCCURRING ELECTRICITY
- H05F3/00—Carrying-off electrostatic charges
- H05F3/06—Carrying-off electrostatic charges by means of ionising radiation
Abstract
The invention relates to an intelligent static elimination system with static quantity analysis and a static elimination method, wherein the intelligent static elimination system comprises a static quantity test module, an identity recognition module, an environmental parameter module, an intelligent processing module, a static elimination module, an information display module and a voice prompt module; the method can detect whether the static electricity carried by the user exceeds the range of the safety threshold value in the current environment or not according to different environment parameters, timely identifies the identity of the user, can completely, timely and effectively eliminate the static electricity carried by the user, and confirms the identity information of the user while eliminating the static electricity carried by the user, thereby reducing the possible harm to safety production caused by the fact that the user carries the static electricity to enter a working area and a non-preset user enters the working area.
Description
Technical Field
The invention belongs to the field of safety prevention and control, and particularly relates to an intelligent static elimination system with static quantity analysis and a static elimination method.
Background
The human body static electricity is static electricity attached to a human body due to mutual friction of clothes and the like on the human body. In general, clothes made of chemical fiber materials are relatively easy to generate static electricity, and cotton clothes generate relatively less static electricity. And people feel large static electricity in winter because the dry environment is more favorable for charge transfer and accumulation. And under different humidity conditions, the electrostatic potential generated by human body activity is different. In dry seasons, the static electricity of human body can reach thousands of volts or even tens of thousands of volts. Experiments prove that the human body does not feel uncomfortable when the static voltage is 5 ten thousand volts, and even the human body carries high-voltage static with 12 ten thousand volts, the human body does not have life danger. However, electrostatic discharge also generates an electromagnetic field around it, which is of a short duration but of a great intensity.
Chemical enterprises often use and convey flammable and explosive materials in the production process, and static electricity is generated due to factors of processes, devices or personnel. Static electricity is a relatively static positive and negative charge that temporarily loses balance on a macroscopic scale. Since not as intuitive as current, static electricity is often overlooked by people, eventually leading to a major accident. At present, the touch type static eliminator is mainly installed in a working place in the production process, and an operator can contact the static eliminator by hands at any time to eliminate static carried by a body; an ion fan is arranged at a special station, particularly a station for frequently operating products, and the static charges of the products are neutralized by positive and negative charged ions blown out by the fan.
However, in actual production, due to different dresses of operators, static electricity is more easily generated by part of operators; in addition, because the temperature, the humidity and the dust of the air have great influence on the static electricity of the human body, in the actual production process, static electricity is possibly generated by different personnel and different operation environments, so that the generated static electricity quantity is intelligently analyzed in the actual production, the accuracy of eliminating the static electricity is improved, and the harm of the static electricity to the safety production is reduced, thereby having very important significance.
Disclosure of Invention
In order to overcome the defects and shortcomings in the prior art, the invention provides an intelligent static elimination system with static quantity analysis and a static elimination method.
The technical scheme adopted by the invention for solving the technical problems is as follows:
the utility model provides an intelligence static elimination system with static quantity analysis which characterized in that: the intelligent static elimination system comprises a static quantity testing module, an identity recognition module, an environment parameter module, an intelligent processing module, a static elimination module, an information display module and a voice prompt module; wherein the content of the first and second substances,
the static electricity testing module tests static electricity carried by a user in real time and is connected with the intelligent processing module to transmit real-time testing parameters to the intelligent processing module;
the identity recognition module carries out user identity recognition and is connected with the intelligent processing module so as to transmit real-time recognition parameters to the intelligent processing module;
the environment parameter module detects environment parameters of the environment where the intelligent static elimination system is located and is connected with the intelligent processing module so as to transmit real-time environment parameters to the intelligent processing module;
the intelligent processing module comprises an information receiving unit, a storage unit, a judgment unit and an information sending unit which are connected in sequence, the information receiving unit receives real-time testing parameters, real-time identification parameters and real-time environment parameters, and sends the real-time testing parameters, the real-time identifying parameters and the real-time environment parameters to the storage unit for storage, the storage unit is pre-stored with a preset static electricity safety threshold range, a preset user identity parameter and a preset environment parameter, the judging unit adjusts the range of the preset static electricity safety threshold value in the storage unit according to the real-time environment parameters, then judging whether the real-time identification parameters are matched with the user identity parameters or not, simultaneously testing whether the real-time test parameters are positioned in the range of the preset static electricity safety threshold value or not, generating a judgment result, and sending the judgment result to the static elimination module, the information display module and the voice prompt module by the information sending unit;
the static electricity eliminating module is used for eliminating the static electricity quantity carried by the user according to the judgment result and is connected with the intelligent processing module so as to send the eliminated static electricity quantity to the intelligent processing module in real time for judging again until the static electricity quantity carried by the user is reduced to the range of the preset static electricity quantity safety threshold value;
the information display module is connected with the intelligent processing module to display a judgment result in real time;
the voice prompt module is connected with the intelligent processing module to send out voice prompts according to judgment results.
Furthermore, the static quantity testing module selects a static sensor or a channel type static testing device.
Furthermore, the static elimination module is a touch static elimination device or an ion wind static elimination device.
Furthermore, the identity recognition module is a mixture of any one or more of a human face identity recognition device, a fingerprint recognition device, a radio frequency card identification device or an identity card identification device.
Furthermore, the static electricity testing module, the static electricity eliminating module and the identity recognition module are integrated in the same equipment.
Further, the environmental parameter module comprises an air dust sensor, an air humidity sensor and an air temperature sensor.
Furthermore, different preset environment parameters in the storage unit are correspondingly matched with different preset static electricity safety threshold ranges.
Furthermore, the invention also provides an intelligent static elimination method with static quantity analysis, which is characterized in that: the method comprises the following steps:
(1) the method comprises the steps that a preset static electricity safety threshold value range, a preset user identity parameter and a preset environment parameter are stored in a storage unit of an intelligent processing module in advance;
(2) an air dust sensor, an air humidity sensor and an air temperature sensor in the environment parameter module detect real-time environment parameters of the current environment in real time and send the real-time environment parameters to an information receiving unit of the intelligent processing module;
(3) an information receiving unit of the intelligent processing module sends the real-time environment parameters to a storage unit for storage and then sends the real-time environment parameters to a judging unit, and the judging unit adjusts the range of the preset static electricity safety threshold value in the storage unit according to the received real-time environment parameters so as to be matched with the current real-time environment parameters;
(4) the static electricity testing module tests the static electricity carried by a user in real time and transmits real-time testing parameters to the intelligent processing module; the identity recognition module carries out user identity recognition and transmits real-time recognition parameters to the intelligent processing module;
(5) an information receiving unit in the intelligent processing module sends the real-time test parameters and the real-time identification parameters to a storage unit for storage and then sends the real-time test parameters and the real-time identification parameters to a judging unit, the judging unit judges whether the real-time test parameters are within a preset static electricity safety threshold range or not, judges whether the real-time identification parameters are matched with preset user identity parameters or not, generates a judging result and then transmits the judging result to the static electricity elimination module, the information display module and the voice prompt module through the information sending unit;
(6) when the judging unit judges that the real-time test parameters exceed the range of the preset static electricity safety threshold value, the information is displayed in real time in the information display module, meanwhile, a real-time voice prompt is sent out through the voice prompt module, static electricity is eliminated for a user through the static electricity elimination module, then, the static electricity quantity carried by the user is tested in real time through the static electricity test module, the real-time test parameters are transmitted to the intelligent processing module until the real-time test parameters detected by the static electricity test module are located in the range of the preset static electricity safety threshold value, then, the information is displayed in real time in the information display module, and meanwhile, the real-time voice prompt is sent out through the voice prompt module; when the judging unit judges that the real-time test parameters are within the preset static electricity safety threshold value range, the real-time voice prompt is sent out through the voice prompt module while the information is displayed in the information display module in real time;
when the judging unit judges that the real-time identification parameters are not matched with the preset user identity parameters, the real-time voice prompt is sent out through the voice prompt module while the information is displayed in the information display module in real time, and the user is prevented from entering a working area; when the judging unit judges that the real-time identification parameters are matched with the preset user identity parameters, the information is displayed in the information display module in real time, and meanwhile, the voice prompt module sends out real-time voice prompts and allows the user to enter a working area.
Further, when the judgment unit judges that the real-time test parameters exceed the range of the preset static electricity safety threshold in the step (6), the overrun recording is carried out for 1 time in the storage unit, and when the overrun times exceed the preset threshold, an abnormal condition alarm is sent to the workstation.
Further, the step (6) further includes a step of predicting the static elimination time when the current overrun condition occurs according to the static elimination time corresponding to the previous overrun records of the same user.
The invention has the beneficial effects that:
(1) through being provided with static quantity test module, identification module, environmental parameter module, intelligent processing module, and static elimination module, thereby can detect whether the static quantity of taking of user surpasss the safety threshold value scope in the current environment according to different environmental parameters, and in time discern user's identity, can eliminate the static quantity of taking of user completely, in time, effectively, and when in time eliminating the static of taking of user, confirm user's identity information, thereby reduce the harm that the user carries static and gets into the work area, and non-predetermine the user and get into the work area and probably cause safety in production.
(2) The environment parameter module is including air dust sensor, air humidity sensor, and air temperature sensor, and the different preset environment parameters of while in memory cell correspond to match have different preset electrostatic safety threshold value scope to according to air dust concentration, air humidity, the air temperature under the current environment that real-time detection can match different preset electrostatic safety threshold value scopes, thereby improve the accuracy, timely and effective to the electrostatic elimination process of user taking.
(3) When the judgment unit judges that the real-time test parameters exceed the range of the preset static electricity safety threshold value, the storage unit carries out overrun recording for 1 time, and when the overrun times exceed the preset threshold value, the judgment unit sends an abnormal condition alarm to the workstation so as to further reduce the harm of the static electricity generated due to the individual difference of the physical conditions of the user to the production process.
(4) The static elimination time when the overrun condition occurs is estimated according to the static elimination time corresponding to previous overrun records of the same user, so that the static quantity carried by the user is eliminated at one time, the static elimination step is simplified, and the static elimination time is saved.
Drawings
FIG. 1 is a schematic diagram of an intelligent static elimination system with static electricity analysis according to the present invention;
FIG. 2 is a schematic structural diagram of a first preferred embodiment of the present invention in which a static electricity testing module, a static electricity eliminating module, and an identification module are integrated in a same apparatus;
fig. 3 is a schematic structural diagram illustrating a second preferred embodiment of the present invention in which a static electricity testing module, a static electricity eliminating module, and an identification module are integrated in a same device.
Detailed Description
The present invention will now be described in further detail with reference to the accompanying drawings. These drawings are simplified schematic views illustrating only the basic structure of the present invention in a schematic manner, and thus show only the constitution related to the present invention.
As shown in fig. 1, an intelligent static elimination system with static electricity analysis includes a static electricity testing module, an identity recognition module, an environmental parameter module, an intelligent processing module, a static elimination module, an information display module, and a voice prompt module; wherein the content of the first and second substances,
the static electricity testing module tests the static electricity carried by a user in real time and is connected with the intelligent processing module so as to transmit real-time testing parameters to the intelligent processing module;
the identity recognition module is used for recognizing the identity of the user and is connected with the intelligent processing module so as to transmit the real-time recognition parameters to the intelligent processing module;
the environment parameter module detects environment parameters of the environment where the intelligent static elimination system is located and is connected with the intelligent processing module so as to transmit the real-time environment parameters to the intelligent processing module;
the intelligent processing module comprises an information receiving unit, a storage unit, a judging unit and an information sending unit which are connected in sequence, wherein the information receiving unit receives real-time testing parameters, real-time identification parameters and real-time environment parameters, and sending the real-time testing parameters, the real-time identification parameters and the real-time environment parameters to a storage unit for storage, wherein the storage unit is pre-stored with a preset static electricity safety threshold range, a preset user identity parameter and a preset environment parameter, a judgment unit adjusts the preset static electricity safety threshold range in the storage unit according to the real-time environment parameters, then judging whether the real-time identification parameters are matched with the user identity parameters or not, simultaneously testing whether the real-time test parameters are positioned in the range of the preset static electricity safety threshold value or not, generating a judgment result, and sending the judgment result to the static elimination module, the information display module and the voice prompt module by the information sending unit;
the static electricity eliminating module eliminates the static electricity carried by the user according to the judgment result and is connected with the intelligent processing module so as to send the eliminated static electricity to the intelligent processing module in real time for judging again until the static electricity carried by the user is reduced to the range of the preset static electricity safety threshold value;
the information display module is connected with the intelligent processing module to display the judgment result in real time;
the voice prompt module is connected with the intelligent processing module to send out voice prompts according to the judgment result.
Specifically, the static electricity testing module is an electrostatic sensor or a channel type static electricity testing device.
Specifically, the static elimination module is a touch static elimination device or an ion wind static elimination device.
Specifically, the identity recognition module is a mixture of any one or more of a face identity recognition device, a fingerprint recognition device, a radio frequency card identification device or an identity card identification device.
Specifically, the static electricity testing module, the static electricity eliminating module and the identity recognition module are integrated in the same equipment, so that the static electricity testing, the identity recognition and the static electricity eliminating process can be effectively and integrally realized.
As a first preferred embodiment of the present invention, as shown in fig. 2, the static electricity testing module is an electrostatic sensor 1-1, the identity recognition module is a fingerprint recognition device 1-2, the static electricity elimination module is a touch static electricity elimination device 1-3, and the electrostatic sensor 1-1, the fingerprint recognition device 1-2, and the touch static electricity elimination device 1-3 are collectively disposed on the contact sphere 1-4, so that a user can realize corresponding static electricity detection, identity recognition, and static electricity elimination processes by touching corresponding positions of the contact sphere 1-4, and the present invention has the advantages of simple and convenient operation, small occupied space, and beautiful appearance.
As a second preferred embodiment of the present invention, as shown in FIG. 3, the static electricity testing module is a channel type static electricity testing device 2-1, the identity recognition module is a face identity recognition device 2-2, the static electricity eliminating module is an ion wind type static electricity eliminating device 2-3, the channel type static electricity testing device 2-1, the face identity recognition device 2-2 and the ion wind type static electricity eliminating device 2-3 are intensively arranged on the static electricity eliminating housing 1-4, the user performs identity recognition through the face identity recognition device 2-2, then enters the internal channel of the static electricity eliminating housing 1-4, the static electricity quantity of the user is detected through the channel type static electricity testing device 2-1, and the static electricity quantity of the user is eliminated through the ion wind type static electricity eliminating device 2-3.
Specifically, the environmental parameter module includes air dust sensor, air humidity sensor and air temperature sensor to the realization carries out real-time detection to the kind, concentration, air humidity, the air temperature of air dust in the environment of present locating.
Specifically, different preset environmental parameters in the storage unit are correspondingly matched with different preset electrostatic capacity safety threshold value ranges, so that the different preset electrostatic capacity safety threshold value ranges can be matched according to the air dust concentration, the air humidity and the air temperature in the current environment detected in real time, and the accuracy, the timeliness and the effectiveness of the electrostatic capacity elimination process carried by a user are improved.
Specifically, the invention also provides an intelligent static elimination method with static quantity analysis, which comprises the following steps:
(1) the method comprises the steps that a preset static electricity safety threshold value range, a preset user identity parameter and a preset environment parameter are stored in a storage unit of an intelligent processing module in advance;
(2) an air dust sensor, an air humidity sensor and an air temperature sensor in the environment parameter module detect real-time environment parameters of the current environment in real time and send the real-time environment parameters to an information receiving unit of the intelligent processing module;
(3) an information receiving unit of the intelligent processing module sends the real-time environment parameters to a storage unit for storage and then sends the real-time environment parameters to a judging unit, and the judging unit adjusts the range of the preset static electricity safety threshold value in the storage unit according to the received real-time environment parameters so as to be matched with the current real-time environment parameters;
(4) the static electricity testing module tests the static electricity carried by a user in real time and transmits real-time testing parameters to the intelligent processing module; the identity recognition module carries out user identity recognition and transmits real-time recognition parameters to the intelligent processing module;
(5) an information receiving unit in the intelligent processing module sends the real-time test parameters and the real-time identification parameters to a storage unit for storage and then sends the real-time test parameters and the real-time identification parameters to a judging unit, the judging unit judges whether the real-time test parameters are within a preset static electricity safety threshold range or not, judges whether the real-time identification parameters are matched with preset user identity parameters or not, generates a judging result and then transmits the judging result to the static electricity elimination module, the information display module and the voice prompt module through the information sending unit;
(6) when the judging unit judges that the real-time test parameters exceed the range of the preset static electricity safety threshold value, the information is displayed in real time in the information display module, meanwhile, a real-time voice prompt is sent out through the voice prompt module, static electricity is eliminated for a user through the static electricity elimination module, then, the static electricity quantity carried by the user is tested in real time through the static electricity test module, the real-time test parameters are transmitted to the intelligent processing module until the real-time test parameters detected by the static electricity test module are located in the range of the preset static electricity safety threshold value, then, the information is displayed in real time in the information display module, and meanwhile, the real-time voice prompt is sent out through the voice prompt module; when the judging unit judges that the real-time test parameters are within the preset static electricity safety threshold value range, the real-time voice prompt is sent out through the voice prompt module while the information is displayed in the information display module in real time;
when the judging unit judges that the real-time identification parameters are not matched with the preset user identity parameters, the real-time voice prompt is sent out through the voice prompt module while the information is displayed in the information display module in real time, and the user is prevented from entering a working area; when the judging unit judges that the real-time identification parameters are matched with the preset user identity parameters, the information is displayed in the information display module in real time, and meanwhile, the voice prompt module sends out real-time voice prompts and allows the user to enter a working area.
Specifically, when the judgment unit judges that the real-time test parameters exceed the range of the preset static electricity safety threshold in the step (6), the overrun recording is carried out for 1 time in the storage unit, and when the overrun times exceed the preset threshold, an abnormal condition alarm is sent to the workstation, so that the harm of the static electricity generated due to the individual difference of the physical conditions of the user to the production process is further reduced.
Specifically, the step (6) further comprises the step of estimating the static elimination time when the overrun condition occurs according to the static elimination time corresponding to the previous overrun records of the same user, so that the static quantity carried by the user can be eliminated as once as possible, the static elimination step is simplified, and the static elimination time is saved.
In light of the foregoing description of the preferred embodiment of the present invention, many modifications and variations will be apparent to those skilled in the art without departing from the spirit and scope of the invention. The technical scope of the present invention is not limited to the content of the specification, and must be determined according to the scope of the claims.
Claims (10)
1. The utility model provides an intelligence static elimination system with static quantity analysis which characterized in that: the intelligent static elimination system comprises a static quantity testing module, an identity recognition module, an environment parameter module, an intelligent processing module, a static elimination module, an information display module and a voice prompt module; wherein the content of the first and second substances,
the static electricity testing module tests static electricity carried by a user in real time and is connected with the intelligent processing module to transmit real-time testing parameters to the intelligent processing module;
the identity recognition module carries out user identity recognition and is connected with the intelligent processing module so as to transmit real-time recognition parameters to the intelligent processing module;
the environment parameter module detects environment parameters of the environment where the intelligent static elimination system is located and is connected with the intelligent processing module so as to transmit real-time environment parameters to the intelligent processing module;
the intelligent processing module comprises an information receiving unit, a storage unit, a judgment unit and an information sending unit which are connected in sequence, the information receiving unit receives real-time testing parameters, real-time identification parameters and real-time environment parameters, and sends the real-time testing parameters, the real-time identifying parameters and the real-time environment parameters to the storage unit for storage, the storage unit is pre-stored with a preset static electricity safety threshold range, a preset user identity parameter and a preset environment parameter, the judging unit adjusts the range of the preset static electricity safety threshold value in the storage unit according to the real-time environment parameters, then judging whether the real-time identification parameters are matched with the user identity parameters or not, simultaneously testing whether the real-time test parameters are positioned in the range of the preset static electricity safety threshold value or not, generating a judgment result, and sending the judgment result to the static elimination module, the information display module and the voice prompt module by the information sending unit;
the static electricity eliminating module is used for eliminating the static electricity quantity carried by the user according to the judgment result and is connected with the intelligent processing module so as to send the eliminated static electricity quantity to the intelligent processing module in real time for judging again until the static electricity quantity carried by the user is reduced to the range of the preset static electricity quantity safety threshold value;
the information display module is connected with the intelligent processing module to display a judgment result in real time;
the voice prompt module is connected with the intelligent processing module to send out voice prompts according to judgment results.
2. The intelligent static elimination system with electrostatic quantity analysis according to claim 1, wherein: the static quantity testing module selects a static sensor or a channel type static testing device.
3. The intelligent static elimination system with electrostatic quantity analysis according to claim 2, wherein: the static elimination module is a touch static elimination device or an ion wind static elimination device.
4. The intelligent static elimination system with electrostatic quantity analysis of claim 3, wherein: the identity recognition module is a mixture of any one or more of a face identity recognition device, a fingerprint recognition device, a radio frequency card identification device or an identity card identification device.
5. The intelligent static elimination system with electrostatic quantity analysis of claim 4, wherein: the static electricity testing module, the static electricity eliminating module and the identity recognition module are integrated in the same equipment.
6. The intelligent static elimination system with electrostatic quantity analysis according to claim 1, wherein: the environment parameter module comprises an air dust sensor, an air humidity sensor and an air temperature sensor.
7. The intelligent static elimination system with electrostatic quantity analysis according to claim 1, wherein: different preset environment parameters in the storage unit are correspondingly matched with different preset static electricity safety threshold ranges.
8. An intelligent static elimination method with static quantity analysis is characterized in that: the method comprises the following steps:
(1) the method comprises the steps that a preset static electricity safety threshold value range, a preset user identity parameter and a preset environment parameter are stored in a storage unit of an intelligent processing module in advance;
(2) an air dust sensor, an air humidity sensor and an air temperature sensor in the environment parameter module detect real-time environment parameters of the current environment in real time and send the real-time environment parameters to an information receiving unit of the intelligent processing module;
(3) an information receiving unit of the intelligent processing module sends the real-time environment parameters to a storage unit for storage and then sends the real-time environment parameters to a judging unit, and the judging unit adjusts the range of the preset static electricity safety threshold value in the storage unit according to the received real-time environment parameters so as to be matched with the current real-time environment parameters;
(4) the static electricity testing module tests the static electricity carried by a user in real time and transmits real-time testing parameters to the intelligent processing module; the identity recognition module carries out user identity recognition and transmits real-time recognition parameters to the intelligent processing module;
(5) an information receiving unit in the intelligent processing module sends the real-time test parameters and the real-time identification parameters to a storage unit for storage and then sends the real-time test parameters and the real-time identification parameters to a judging unit, the judging unit judges whether the real-time test parameters are within a preset static electricity safety threshold range or not, judges whether the real-time identification parameters are matched with preset user identity parameters or not, generates a judging result and then transmits the judging result to the static electricity elimination module, the information display module and the voice prompt module through the information sending unit;
(6) when the judging unit judges that the real-time test parameters exceed the range of the preset static electricity safety threshold value, the information is displayed in real time in the information display module, meanwhile, a real-time voice prompt is sent out through the voice prompt module, static electricity is eliminated for a user through the static electricity elimination module, then, the static electricity quantity carried by the user is tested in real time through the static electricity test module, the real-time test parameters are transmitted to the intelligent processing module until the real-time test parameters detected by the static electricity test module are located in the range of the preset static electricity safety threshold value, then, the information is displayed in real time in the information display module, and meanwhile, the real-time voice prompt is sent out through the voice prompt module; when the judging unit judges that the real-time test parameters are within the preset static electricity safety threshold value range, the real-time voice prompt is sent out through the voice prompt module while the information is displayed in the information display module in real time;
when the judging unit judges that the real-time identification parameters are not matched with the preset user identity parameters, the real-time voice prompt is sent out through the voice prompt module while the information is displayed in the information display module in real time, and the user is prevented from entering a working area; when the judging unit judges that the real-time identification parameters are matched with the preset user identity parameters, the information is displayed in the information display module in real time, and meanwhile, the voice prompt module sends out real-time voice prompts and allows the user to enter a working area.
9. The intelligent static elimination method with the static electricity quantity analysis function according to claim 8, wherein the static electricity quantity analysis function comprises the following steps: and (6) when the judging unit judges that the real-time test parameters exceed the range of the preset static electricity safety threshold value, performing overrun recording for 1 time in the storage unit, and when the overrun times exceed the preset threshold value, sending an abnormal condition alarm to the workstation.
10. The intelligent static elimination method with the static electricity quantity analysis function according to claim 9, wherein: and the step (6) also comprises the step of estimating the static elimination time when the current overrun condition occurs according to the static elimination time corresponding to the previous overrun records of the same user.
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| CN113041493A (en) * | 2019-12-28 | 2021-06-29 | 广东国规检测检验中心有限公司 | Personnel security access control system for chemical explosion-related places |
| WO2023134554A1 (en) * | 2022-01-14 | 2023-07-20 | 深圳市中明科技股份有限公司 | Static electricity elimination system and static electricity elimination method |
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