CN109902843B - Safety access management system and management method - Google Patents
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Abstract
The invention discloses a safety access management system and a safety access management method, relates to the technical field of laboratory safety management, and aims to solve the problem that safety accidents are easily caused because a safety access mechanism is not arranged on an existing laboratory instrument reservation platform. The key points of the technical scheme are as follows: the reservation module is used for allowing the student to check the instrument information of the laboratory and perform reservation of the instrument after logging in by using the login account; the detection module is used for detecting the access permission of the login account and generating detection information, wherein the detection information is first-class characteristic information or second-class characteristic information; the first triggering module is used for matching corresponding orderable instrument information for the login account when the detection information is one type of characteristic information; the triggering module II is used for matching corresponding training items for the login account when the detection information is the second-class characteristic information; and the entry module is used for adjusting the access permission of the login account according to the training result of the training program. The method has the advantage of reducing the probability of safety accidents.
Description
Technical Field
The invention relates to the technical field of laboratory safety management, in particular to a safety access management system and a safety access management method.
Background
At present, the proportion of practice teaching in colleges and universities is continuously increased, and the laboratory requirements are increased with the enlargement of the survival scale. However, safety accidents caused by improper operation of instruments and equipment and irregular experimental behaviors happen occasionally, and normal teaching and scientific research orders are seriously affected. Therefore, it is necessary to perform safety education and assessment on the laboratory students and establish a safety access mechanism for the laboratory.
The existing Chinese patent with publication number CN109165757A discloses a laboratory instrument reservation platform, wherein a central processing unit is electrically connected with a display unit, an operation module, a power supply unit, a data repository and a data receiving module, the data receiving module is connected with a plurality of reservation terminals through internet signals, when reservation is needed, the identity of a researcher, the time for using an instrument and the type of an experimental instrument are input through the reservation terminals, the data are transmitted to the data receiving module through the internet in real time, and after the data are received, the data are temporarily stored in a temporary storage module electrically connected with the central processing unit by the data receiving module again to wait for the examination of an experimental instrument manager. The unified management to the laboratory glassware has been realized through the reservation platform, can make the laboratory glassware obtain more reasonable arrangement according to the condition.
However, the above prior art solutions have the following drawbacks: the laboratory reservation platform is not provided with a safety admission mechanism, when a student uses an instrument in a laboratory after the instrument reservation is successful, if the student does not use the instrument for training or does not use the instrument for training, safety accidents can easily happen, and therefore the personal safety of the student and the scientific research order of the laboratory are influenced.
Disclosure of Invention
The invention aims to provide a safety access management system and a safety access management method.
The invention aims at: the safety access management system has the advantages that the probability of safety accidents can be reduced;
the second purpose of the invention is that: the safety access management method has the advantages that the personal safety of students and the scientific research order of laboratories can be guaranteed.
The above object of the present invention is achieved by the following technical solutions:
a secure admission management system comprising:
the reservation module is used for allowing the student to log in by using the login account, and checking instrument information of a laboratory and reserving the instrument after logging in;
the detection module is used for detecting the access permission of the login account and generating detection information when a student makes an instrument reservation, wherein the detection information is first-class characteristic information or second-class characteristic information;
the first triggering module is used for matching corresponding orderable instrument information for the login account when the detection information generated by the detection module is one type of characteristic information;
the triggering module II is used for matching corresponding training programs for the login account when the detection information generated by the detection module is second-class characteristic information;
and the entry module is used for an administrator to enter the training result information of the training items matched with the trigger module II and adjusting the access permission of the login account according to the training result information.
By adopting the technical scheme, when the student logs in the reservation module to reserve the instrument, the detection module can detect whether the student has the access permission (the student who is trained and passes the training test has the access permission). If the student has the admission permission, normal reservation operation can be carried out, if the student does not have the admission permission, the system can match corresponding training items for the student, and the admission permission of the student is updated after the student is trained, so that the probability of safety accidents in a laboratory is greatly reduced.
The invention is further configured to: the first trigger module comprises:
the idle library module is used for storing the unscheduled instruments;
the usage library module is used for storing the reserved instruments;
the screening module is used for allowing an administrator to select at least two instruments as candidate reservation instruments to be stored in the idle library module;
the configuration module is used for configuring a reservation priority for each candidate reservation instrument stored in the idle library module, and the reservation priorities of any two candidate reservation instruments are not equal to each other;
the selection module is used for selecting the candidate reservation instrument with the highest reservation priority in the idle library module as a reservation-available instrument to be matched with the login account when the detection information generated by the detection module is characteristic information of one class, and moving the reservation-available instrument to the use library module;
the test module is used for inputting test information corresponding to whether the returned orderable instrument fails or not by a manager after the orderable instrument in the use library module is returned;
and the adjusting module is used for adjusting the reservation priority of the returned reservable instrument according to the test information in the test module, and moving the reservable instrument with the reservation priority adjusted to the idle library module as a candidate reservation instrument.
By adopting the technical scheme, the instrument matched with the student is optimal (failure does not occur, the daily use time does not exceed the maximum use time threshold value and the like). And the appointment priority of the instrument can be updated in real time according to the condition of the returned instrument, so that the safety of a student during the test by using the instrument is ensured to the greatest extent.
The invention is further configured to: the configuration module is used for configuring the reservation priority of the candidate reservation instrument stored in the idle library module, wherein the maximum value is MA, and the minimum value is MI; the reservation priority values of any two candidate reservation instruments in the idle library module are different by integral multiples of X, wherein X is a priority basis difference value.
By adopting the technical scheme, the reservation priorities of the instruments are different, and the system can automatically match the instrument with the highest reservation priority for the student according to the instrument types required by the student so as to ensure the safety of the student.
The invention is further configured to: the test information in the test module is first-class detection information or second-class detection information, and the adjusting module comprises:
the maintenance library unit is used for storing the instrument to be maintained and the instrument being maintained;
the detection unit I is used for adjusting the reservation priority of the returned reservation-enabled instrument to the minimum MI and moving the reservation-enabled instrument to the idle library module as a candidate reservation instrument when the test information in the test module is of one type, and increasing the reservation priority of other candidate reservation instruments in the idle library module by X;
and the second detection unit is used for moving the returned reserved instrument serving as the instrument to be maintained to the maintenance library unit when the test information in the test module is the second type of detection information.
By adopting the technical scheme, the instrument with the fault cannot be immediately put into the idle warehouse again, so that the safety of the student is ensured.
The invention is further configured to: the adjustment module further comprises:
and the adjusting unit is used for adjusting the reservation priority of the maintained instrument to be maintained to the minimum value MI and putting the MI as a candidate reservation instrument into the idle library module after the instrument to be maintained in the maintenance library unit is maintained, and simultaneously increasing the reservation priority of other candidate reservation instruments in the idle library module by X.
By adopting the technical scheme, the instrument which breaks down can be put into the idle warehouse again after being maintained, so that the resource utilization rate is ensured, and the safety of students is also ensured.
The second aim of the invention is realized by the following technical scheme:
a method of secure admission management, comprising:
when a student makes an instrument reservation, detecting the access permission of a login account and generating detection information, wherein the detection information is first-class characteristic information or second-class characteristic information;
if the detection information is the characteristic information of one type, matching corresponding bookable instrument information for the login account;
if the detection information is the second-class characteristic information, matching a corresponding training program for the login account;
inputting training result information of the training program and adjusting the access permission of the login account according to the training result information.
By adopting the technical scheme, the admission permission of the students can be monitored in real time. When the student has the access right, the student can match the bookable instrument information; when the student does not have the access right, the student is matched with the corresponding training program, and the access right is updated after the student participates in training. The occurrence rate of accidents is greatly reduced, and the personal safety of students and the scientific research order of laboratories are guaranteed.
The invention is further configured to: if the detection information is a type of characteristic information, matching corresponding reservable instrument information for the login account, including:
selecting at least two instruments as candidate reservation instruments and putting the candidate reservation instruments into an idle library;
configuring a reservation priority for each candidate reservation instrument, wherein the reservation priorities of any two candidate reservation instruments are different from each other;
if the detection information is characteristic information of one type, selecting a candidate reservation instrument with the highest reservation priority as a reservation-available instrument to be matched with the login account and putting the reservation-available instrument into a use library;
after the reserved instruments in the use library are returned, testing whether the returned reserved instruments have faults or not and generating test information;
and adjusting the reservation priority of the returned reserved instruments according to the test information and putting the reserved instruments into an idle library as candidate reserved instruments.
By adopting the technical scheme, the appointment priority is set for each instrument, so that the instruments matched with the student are optimal at present, and the safety of the student is guaranteed to the greatest extent.
The invention is further configured to: the maximum value of the reservation priority of the candidate reservation instrument is MA, the minimum value of the reservation priority of the candidate reservation instrument is MI, the reservation priority values of any two candidate reservation instruments are different by integral multiples of X, wherein X is a priority basis difference value.
By adopting the technical scheme, the reservation priorities of any two candidate reservation instruments are different by X, so that the reservation priorities of the instruments can be updated conveniently.
The invention is further configured to: the test information is one type of detection information or two types of detection information, and the step of adjusting the reservation priority of the returned reservable instrument according to the test information and putting the reservable instrument into an idle library as a candidate reservation instrument comprises the following steps:
if the test information is detection information of one type, adjusting the reservation priority of the returned reservation-enabled instrument to the minimum MI, taking the reservation-enabled instrument as a candidate reservation instrument, putting the candidate reservation instrument into an idle library, and increasing the reservation priority of other candidate reservation instruments in the idle library by X;
and if the test information is the second-class detection information, the returned orderable instrument is used as the instrument to be maintained and is placed into a maintenance library.
By adopting the technical scheme, the reservation priority of the returned instrument is adjusted to be the lowest or is put into a maintenance warehouse, a certain buffer time is given to the instrument, and accidents of the instrument caused by overlong continuous working time are avoided.
The invention is further configured to: after the returning orderable instrument is put into a maintenance library as an instrument to be maintained, the method further comprises the following steps:
after the instrument to be maintained in the maintenance library is maintained, the reservation priority of the maintained instrument to be maintained is adjusted to the minimum MI and is used as a candidate reservation instrument to be placed in an idle library, and meanwhile, the reservation priorities of other candidate reservation instruments in the idle library are increased by X.
By adopting the technical scheme, the maintained instrument can be put into the idle warehouse again so as to ensure that the idle warehouse has sufficient instrument storage.
In conclusion, the beneficial technical effects of the invention are as follows:
1. the entrance permission of the student is detected when the student makes an appointment on the instrument, so that the probability of safety accidents can be reduced, and the personal safety of the student and the scientific research order of a laboratory are guaranteed;
2. through the setting of configuring and continuously adjusting the reservation priority of the instrument, the failure rate of the instrument is reduced, and the safety of students in using the instrument is further improved.
Drawings
Fig. 1 is a schematic overall structure diagram of a security admission management system according to a first embodiment of the present invention;
fig. 2 is a schematic structural diagram of a first trigger module according to a first embodiment of the present invention;
fig. 3 is a flowchart of a security admission management method according to a second embodiment of the present invention;
fig. 4 is a flowchart of step S31, step S32, step S33, step S34 and step S35 in the security admission management method according to the second embodiment of the present invention;
fig. 5 is a flowchart of step S35 in the security admission management method according to the second embodiment of the present invention.
In the figure, 10, a reservation module; 20. a detection module; 30. a first trigger module; 31. a free library module; 32. using a library module; 33. a screening module; 34. a configuration module; 35. a selection module; 36. a test module; 37. an adjustment module; 40. a second triggering module; 50. a recording module; 60. a maintenance library unit; 61. a first detection unit; 62. a second detection unit; 63. and an adjusting unit.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings.
Example one
Referring to fig. 1, a security admission management system disclosed by the present invention includes a reservation module 10, a detection module 20, a first trigger module 30, a second trigger module 40, and a logging module 50. Specifically, the reservation module 10 is used for the student to log in by using the login account, and after the student logs in, the student checks the instrument information of the laboratory and makes a reservation for the instrument. The detection module 20 is configured to detect the access permission of the corresponding login account and generate detection information when the student makes an instrument reservation, where the detection information is first class feature information (i.e., having access permission) or second class feature information (i.e., having no access permission). The triggering module one 30 is used for matching the orderable instrument information corresponding to the required instrument type for the corresponding login account number when the detection information generated by the detection module 20 is the type of characteristic information. The second triggering module 40 is configured to match the corresponding training program for the login account when the detection information generated by the detection module 20 is the second-class feature information. The entry module 50 is used for the administrator to enter the training result information of the training program matched with the second trigger module 40 after the trainees participate in the training program matched with the second trigger module 40, and is used for automatically adjusting the access permission of the login account according to the training result information, namely, when the training result is passed, the corresponding trainees obtain the access permission, and when the training result is not passed, the corresponding trainees do not obtain the access permission.
Referring to fig. 2, trigger module one 30 includes a free library module 31, a used library module 32, a screening module 33, a configuration module 34, a selection module 35, a test module 36, and an adjustment module 37. The free library module 31 is used for storing the instruments which are not reserved and the use library module 32 is used for storing the instruments which are reserved.
Screening module 33 is for the administrator to select at least two instruments to store as candidate reserved instruments to idle library module 31. Configuration module 34 is configured to configure a reservation priority for each candidate reservation instrument stored in idle library module 31, it should be noted that reservation priorities of any two candidate reservation instruments are different from each other. Specifically, the maximum value of the reservation priorities configured by the configuration module 34 for the candidate reservation instruments stored in the idle library module 31 is MA, the minimum value is MI, and the reservation priorities of any two candidate reservation instruments in the idle library module 31 all differ by an integral multiple of X, where X is a priority basis difference.
The selection module 35 is configured to, when the detection information generated by the detection module 20 is a type of feature information, select a candidate reserved instrument with the highest reservation priority from the idle library module 31 as a reserved instrument to be matched with a corresponding login account according to the type of instrument required by the trainee, and move the reserved instrument to the usage library module 32 after the reserved instrument is successfully reserved by the login account.
Referring to fig. 2, the adjusting module 37 includes a maintenance library unit 60, a first detecting unit 61, a second detecting unit 62, and an adjusting unit 63. Specifically, the garage unit 60 is used to store the instruments to be serviced and the instruments being serviced. And the first detection unit 61 is used for adjusting the reservation priority of the corresponding returned reservable instrument in the use library module 32 to the minimum value MI and moving the reservation priority to the idle library module 31 as a candidate reservation instrument when the test information in the test module 36 is one type of detection information, and increasing the reservation priority of other candidate reservation instruments in the idle library module 31 by X. Second detection unit 62 is configured to, when the test information in test module 36 is of type two, move the corresponding returned orderable instrument in usage library module 32 to repair library unit 60 as the instrument to be maintained. The adjusting unit 63 is configured to, after the instrument to be maintained in the repair library unit 60 is maintained, adjust the reservation priority of the corresponding maintained instrument to be maintained to the minimum MI, place the instrument as a candidate reservation instrument into the idle library module 31, and increase the reservation priorities of other candidate reservation instruments in the idle library module 31 by X.
Example two
Referring to fig. 3, a security admission management method disclosed by the present invention includes the following steps:
and S10, detecting the access authority of the login account when the student makes an instrument appointment and generating detection information, wherein the detection information is first-class characteristic information (namely, the student has the access authority) or second-class characteristic information (namely, the student does not have the access authority).
S20, judging whether the detection information is first-class characteristic information or second-class characteristic information; if the detected information is judged to be the characteristic information, the step S30 is executed; if the detected information is judged to be the second-class feature information, the process proceeds to step S40.
And S30, matching the reservable instrument information corresponding to the required instrument type for the corresponding login account.
And S40, matching the corresponding training program for the corresponding login account.
And S50, after the trainees join the training program matched in the step S40, inputting the training result information of the corresponding training program, and adjusting the access permission of the login account according to the training result information. Specifically, when the training result is passed, the corresponding student acquires the access permission; and when the training result is that the trainees do not pass, the corresponding trainees do not acquire the access authority.
Referring to fig. 4, step S30 specifically includes:
and S31, selecting at least two instruments as candidate reservation instruments and putting the candidate reservation instruments into a free library.
And S32, configuring a reservation priority for each reservation candidate instrument, wherein the reservation priorities of any two reservation candidate instruments are different from each other. Specifically, the configured booking priority has a maximum value of MA and a minimum value of MI, and values of booking priorities of any two candidate booking instruments are different by integral multiples of X, wherein X is a priority basis difference.
And S33, if the detection information is judged to be characteristic information in the step 20, selecting the candidate reservation instrument with the highest reservation priority of the corresponding type as a reservation-available instrument to be matched with the corresponding login account and putting the reservation-available instrument into the use library.
And S34, when the reserved instruments in the use library are returned, testing whether the returned reserved instruments have faults or not and generating test information. Specifically, the test information is one type of detection information (i.e., the instrument has not failed) or two types of detection information (i.e., the instrument has a failure).
And S35, adjusting the reservation priority of the returned reserved instrument according to the test information, and putting the instrument with the adjusted reservation priority into a free library as a candidate reserved instrument.
Referring to fig. 5, step S35 specifically includes:
and step S36, if the test information is detection information, adjusting the reservation priority of the returned reservation-enabled instrument to the minimum MI, taking the reservation-enabled instrument as a candidate reservation instrument to be placed in the idle library, and increasing the reservation priorities of other candidate reservation instruments in the idle library by X.
And step S37, if the test information is the second type detection information, the returned reserved instrument is taken as the instrument to be maintained and put into a maintenance library.
And step S38, after the instrument to be maintained in the maintenance library is maintained, adjusting the reservation priority of the maintained instrument to be maintained to the minimum value MI, taking the MI as a candidate reservation instrument to be placed in the idle library, and increasing the reservation priorities of other candidate reservation instruments in the idle library by X.
The embodiments of the present invention are preferred embodiments of the present invention, and the scope of the present invention is not limited by these embodiments, so: all equivalent changes made according to the structure, shape and principle of the invention are covered by the protection scope of the invention.
Claims (4)
1. A secure admission management system, comprising:
the reservation module (10) is used for allowing students to log in by using the login account, and checking instrument information of a laboratory and reserving instruments after logging in;
the detection module (20) is used for detecting the access permission of the login account and generating detection information when the student makes an instrument reservation, wherein the detection information is first-class characteristic information or second-class characteristic information;
the first triggering module (30) is used for matching corresponding information of the bookable instrument for the login account when the detection information generated by the detection module (20) is one type of characteristic information; comprises the steps of (a) preparing a mixture of a plurality of raw materials,
a free library module (31) for storing unscheduled instruments;
a usage library module (32) for storing the instruments that have been reserved;
a screening module (33) for an administrator to select at least two instruments to store as candidate reserved instruments to the idle library module (31);
the configuration module (34) is used for configuring a reservation priority for each candidate reservation instrument stored in the idle library module (31), and the reservation priorities of any two candidate reservation instruments are different from each other; the configuration module (34) is used for configuring reservation priorities of the candidate reservation instruments stored in the idle library module (31), the maximum value of the reservation priorities is MA, the minimum value of the reservation priorities is MI, the reservation priorities of any two candidate reservation instruments are equal to integral multiples of the difference X, and the difference X is a priority basis difference;
the selection module (35) is used for selecting the candidate reserved instrument with the highest reserved priority in the idle library module (31) as a reserved instrument to be matched with the login account number when the detection information generated by the detection module (20) is one type of characteristic information, and moving the reserved instrument to the use library module (32);
the test module (36) is used for inputting test information corresponding to whether the returned orderable instrument has a fault or not by an administrator after the orderable instrument in the use library module (32) is returned, wherein the test information comprises first-class detection information and second-class detection information;
an adjusting module (37) for adjusting the reservation priority of the returned reservable instrument according to the test information in the test module (36), and moving the reservable instrument with the adjusted reservation priority to the idle library module (31) as a candidate reservation instrument; comprises the steps of (a) preparing a mixture of a plurality of raw materials,
a service library unit (60) for storing the instruments to be serviced and the instruments being serviced;
the detection unit I (61) is used for adjusting the reservation priority of the returned reserved instruments to the minimum value MI and moving the reserved instruments to the idle library module (31) as candidate reserved instruments when the test information in the test module (36) is one type of detection information, and increasing the reservation priority of other candidate reserved instruments in the idle library module (31) by X;
a second detection unit (62) for moving the returned orderable instrument as the instrument to be maintained to the repair library unit (60) when the test information in the test module (36) is the second type of detection information;
the triggering module II (40) is used for matching corresponding training items for the login account when the detection information generated by the detection module (20) is the second-class characteristic information; and the number of the first and second groups,
and the entry module (50) is used for an administrator to enter training result information of the training program matched with the second trigger module (40) and adjusting the access permission of the login account according to the training result information.
2. A security admission management system according to claim 1, characterized in that said adjustment module (37) further comprises:
and the adjusting unit (63) is used for adjusting the reservation priority of the maintained instrument to be maintained to the minimum value MI and putting the MI into the idle library module (31) as a candidate reservation instrument after the instrument to be maintained in the maintenance library unit (60) is maintained, and increasing the reservation priority of other candidate reservation instruments in the idle library module (31) by X.
3. A method for secure admission management, comprising:
when a student makes an instrument reservation, detecting the access permission of a login account and generating detection information, wherein the detection information is first-class characteristic information or second-class characteristic information;
if the detection information is the characteristic information of one type, matching corresponding reservable instrument information for the login account;
if the detection information is the second-class characteristic information, matching a corresponding training program for the login account;
inputting training result information of the training program and adjusting the access permission of the login account according to the training result information;
wherein, if the detection information is a type of feature information, matching corresponding reservable instrument information for the login account, specifically comprising:
selecting at least two instruments as candidate reservation instruments and putting the candidate reservation instruments into an idle library;
configuring a reservation priority for each candidate reservation instrument, wherein the reservation priorities of any two candidate reservation instruments are different from each other; the maximum value of the reservation priority of the candidate reservation instrument is MA, the minimum value of the reservation priority of the candidate reservation instrument is MI, the reservation priority values of any two candidate reservation instruments are different by integral multiples of X, wherein X is a priority basis difference value;
if the detection information is characteristic information of one type, selecting a candidate reservation instrument with the highest reservation priority as a reservation-available instrument to be matched with the login account and putting the reservation-available instrument into a use library;
after the reserved instruments in the use library are returned, testing whether the returned reserved instruments have faults or not and generating test information, wherein the test information is first-class detection information or second-class detection information;
adjusting the reservation priority of the returned reserved instrument according to the test information and putting the reserved instrument into an idle library as a candidate reserved instrument;
wherein, the adjusting the reservation priority of the returned reservable instrument according to the test information and putting the reservable instrument into an idle library as a candidate reservation instrument specifically comprises:
if the test information is detection information of one type, adjusting the reservation priority of the returned reservation-enabled instrument to the minimum MI, taking the reservation-enabled instrument as a candidate reservation instrument, putting the candidate reservation instrument into an idle library, and increasing the reservation priority of other candidate reservation instruments in the idle library by X;
and if the test information is the second-class detection information, the returned orderable instrument is used as the instrument to be maintained and is placed into a maintenance library.
4. The method for security admission management according to claim 3, wherein after the step of placing the returned orderable instrument as an instrument to be maintained in a repair shop, the method further comprises:
after the instrument to be maintained in the maintenance library is maintained, the reservation priority of the maintained instrument to be maintained is adjusted to the minimum MI and is used as a candidate reservation instrument to be placed in an idle library, and meanwhile, the reservation priorities of other candidate reservation instruments in the idle library are increased by X.
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