CN110634195A - Coal mine exit-entry well uniqueness detection attendance system and method - Google Patents
Coal mine exit-entry well uniqueness detection attendance system and method Download PDFInfo
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- CN110634195A CN110634195A CN201910899028.6A CN201910899028A CN110634195A CN 110634195 A CN110634195 A CN 110634195A CN 201910899028 A CN201910899028 A CN 201910899028A CN 110634195 A CN110634195 A CN 110634195A
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- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C1/00—Registering, indicating or recording the time of events or elapsed time, e.g. time-recorders for work people
- G07C1/10—Registering, indicating or recording the time of events or elapsed time, e.g. time-recorders for work people together with the recording, indicating or registering of other data, e.g. of signs of identity
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Abstract
A coal mine exit-entry uniqueness detection attendance system comprises a miner lamp management system, a first biological identifier, a first card reader, a plurality of second card readers, a second biological identifier, a third card reader and an attendance server. The invention truly binds the identity information of workers and the identification information of the miner's lamp, ensures that one person can access one card, realizes the unique detection attendance of access, and prevents the problems of card swiping, card piggybacking and carrying of multiple cards of personnel.
Description
Technical Field
The invention belongs to the technical field of coal mine personnel attendance checking, and particularly relates to a coal mine access shaft uniqueness detection attendance checking system and a method.
Background
Traditional coal mine staff attendance system is personnel positioning system, miner's lamp attendance system etc. and these systems can not solve the personnel and replace the problem of punching the card, taking the card and carrying many cards incidentally, can't guarantee one person one card. Although the personnel positioning system can identify the number of people in the well, the card recognition cannot identify people; the mining lamp attendance system can only judge whether the lamp is not at the lamp position, and has no way of judging whether a person is underground or not, so the personnel statistical information of the systems and the attendance information based on the personnel statistical information are incomplete or inaccurate. On some sites, personnel identity identification devices are additionally arranged, but the systems are not related to each other, so that one information island is formed, and management and safety loopholes are caused.
Disclosure of Invention
Based on the above, the system and the method for detecting the uniqueness of the coal mine entering and leaving well are provided for solving the technical problems.
In order to solve the technical problems, the invention adopts the following technical scheme:
a colliery is gone out and is gone into well uniqueness and detects attendance system includes:
the miner lamp management system is used for acquiring information of lamp taking and lamp putting of workers, the information of lamp taking and lamp putting of the workers comprises worker identity information, miner lamp identification information, miner lamp charging state information, lamp taking time and lamp putting time, a positioning card is arranged in the miner lamp, and the miner lamp identification information is a card number of the positioning card;
the first biological identifier is used for detecting worker identity information of a worker at the entry gate opening and is arranged at the entry gate opening;
the first card reader is used for detecting the number of mine lamps held by workers and mine lamp identification information through detecting the positioning card at the entry gate machine port, and the first card reader is arranged at the entry gate machine port;
the second card readers are distributed in the underground roadway at intervals;
the second biological identifier is used for detecting the identity information of workers at the well gate opening and is arranged at the well gate opening;
the third card reader is used for detecting the number of mine lamps held by workers and mine lamp identification information through detecting the positioning card at the shaft exit gate, and the third card reader is arranged at the shaft exit gate;
an attendance server for:
generating a worker light taking record and a worker light putting record through worker light taking and light putting information;
matching the well entry identities: matching worker identity information detected by the first biological recognizer and miner lamp identification information detected by the first card reader with worker identity information and miner lamp identification information in the lamp taking and putting information of workers, and opening a gate of a gate port of the entry well if the matching is passed and the number of miner lamps held by the workers is 1;
when a gate of a gate port of the well entry gate is opened, recording time and generating a well entry record of workers;
positioning the underground workers through a plurality of second card readers to obtain underground movement tracks of the workers, and generating underground work records of the workers according to time;
matching the well outlet parts: matching the worker identity information detected by the second biological recognizer and the miner lamp identification information detected by the third card reader with the worker identity information and the miner lamp identification information in the lamp taking and putting information of workers, and opening the gate of the gate port of the well if the matching is passed and the number of the miner lamps held by the workers is 1;
when a gate of a gate port of the well outlet gate is opened, recording time and generating a worker well outlet record;
detecting whether a worker light taking record, a worker well entering record, a worker underground work record, a worker well exiting record and a worker light placing record which accord with the time sequence of the same worker in the same day exist, and if the worker light taking record, the worker well exiting record and the worker light placing record exist, the worker attendance is finished if the worker light taking record, the worker well entering record, the worker underground work record, the worker light exiting record and the worker light placing record are in;
the attendance checking server is connected with the miner lamp management system, the first biological identifier, the first card reader, the plurality of second card readers, the second biological identifier and the third card reader.
The attendance server is also used for judging whether the worker reaches the entrance gate within the specified time or not through the light taking time in the light taking and placing information of the worker when the entrance identities are matched, and if not, the matching is not passed.
The attendance server is further used for judging whether the worker arrives underground within the set time through the second card reader, if so, positioning the worker through the plurality of second card readers to obtain the underground movement track of the worker, and generating the underground work record of the worker according to the time, otherwise, not generating the underground work record of the worker.
The first biological recognizer and the second biological recognizer are both iris recognizers.
The positioning card is an RFID radio frequency card, and the first card reader, the second card reader and the third card reader are RFID card readers.
The scheme also relates to a coal mine in-out well uniqueness detection attendance method, which comprises the following steps:
when each worker takes and puts a lamp in a lamp house, a miner lamp management system acquires worker lamp taking and putting information, wherein the worker lamp taking and putting information comprises worker identity information, miner lamp identification information, miner lamp charging state information, lamp taking time and lamp putting time, a positioning card is arranged in the miner lamp, and the miner lamp identification information is a card number of the positioning card; acquiring information of lamp taking and lamp placing of workers from the mine lamp management system by an attendance server, and generating a record of lamp taking of workers and a record of lamp placing of workers;
at the gate entrance, a first biological recognizer detects worker identity information of workers, a first card reader detects the number of miner lamps held by the workers and miner lamp identification information through detecting the positioning card, and an attendance server performs entrance identity matching: matching worker identity information detected by the first biological recognizer and miner lamp identification information detected by the first card reader with worker identity information and miner lamp identification information in the lamp taking and putting information of workers, and opening a gate of a gate port of the entry well if the matching is passed and the number of miner lamps held by the workers is 1;
when a gate of a gate port of the entry well is opened, recording time by an attendance server and generating a worker entry record;
positioning the underground workers through a plurality of second card readers by the attendance checking server to obtain underground movement tracks of the workers, and generating underground work records of the workers according to time;
at the gate of the well exit gate, the second biological recognizer detects the worker identity information of workers, the third card reader detects the number of the miner lamps held by the workers and the identification information of the miner lamps by detecting the positioning cards, and the attendance server performs well exit identity matching: matching the worker identity information detected by the second biological recognizer and the miner lamp identification information detected by the third card reader with the worker identity information and the miner lamp identification information in the lamp taking and putting information of workers, and opening the gate of the gate port of the well if the matching is passed and the number of the miner lamps held by the workers is 1;
when a gate of a gate port of the well exit gate is opened, the time is recorded by the attendance server and a worker well exit record is generated;
the attendance checking server detects whether the same worker has worker light taking records, worker well entering records, worker underground work records, worker well exiting records and worker light putting records which accord with time sequence in the same day, and if the worker has the worker light taking records, the worker attendance checking is finished if the worker light taking records, the worker well exiting records and the worker light putting records are in charge of the corresponding mine lamp.
The scheme also comprises that when the entry identities are matched, the attendance server judges whether the worker reaches the entry gate within the specified time through the lamp taking time in the lamp taking and placing information of the worker, and if not, the matching is not passed.
The work attendance server judges whether the worker arrives underground within the set time through the second card reader, if so, the worker is positioned through the second card readers to obtain the underground movement track of the worker, and the underground work record of the worker is generated according to the time, otherwise, the underground work record of the worker is not generated.
The first biological recognizer and the second biological recognizer are both iris recognizers.
The positioning card is an RFID radio frequency card, and the first card reader, the second card reader and the third card reader are RFID card readers.
The invention truly binds the identity information of workers and the identification information of the miner's lamp, ensures that one person can access one card, realizes the unique detection attendance of access, and prevents the problems of card swiping, card piggybacking and carrying of multiple cards of personnel.
Drawings
The invention is described in detail below with reference to the following figures and detailed description:
FIG. 1 is a schematic structural diagram of the present invention.
Detailed Description
As shown in fig. 1, a coal mine exit and entry uniqueness detection attendance system includes a miner light management system 11, a first biometric identifier 12, a first card reader 13, a plurality of second card readers 14, a second biometric identifier 15, a third card reader 16, and an attendance server 17.
The attendance server 17 is connected to the miner's lamp management system 11, the first biometric reader 12, the first card reader 13, the plurality of second card readers 14, the second biometric reader 15, and the third card reader 16, and can obtain real-time data from the miner's lamp management system 11, the first biometric reader 12, the first card reader 13, the plurality of second card readers 14, the second biometric reader 15, and the third card reader 16 in real time.
The miner lamp management system 11 is an existing system, and provides lamp holders for placing miner lamps, each lamp position of each lamp holder has a different lamp position number, each lamp position can identify whether a miner lamp and miner lamp charging state information exist, each worker is provided with a key corresponding to the lamp position one by one, and the corresponding relation of worker identity information-key, the key-lamp position number-miner lamp identification information-miner lamp charging state information are stored through a database, so that when the worker takes or puts the lamp, the worker identity information is bound with the miner lamp identification information.
In this embodiment, the miner lamp is provided with a locator card, and the miner lamp identification information is a card number of the locator card.
The first biological identifier 12 and the first card reader 13 are arranged at the entrance gate, the plurality of second card readers 14 are distributed in an underground roadway at intervals, and the second biological identifier 15 and the third card reader 16 are arranged at the exit gate.
In the present embodiment, the first biometric identifier 12 and the second biometric identifier 15 are both iris identifiers, the locator card is an RFID card, and the first card reader 13, the second card reader 14 and the third card reader 16 are all RFID card readers.
The invention discloses an attendance checking method of a coal mine exit-entry well uniqueness detection attendance checking system, which comprises the following steps:
when each worker takes and puts a lamp in a lamp house, the miner lamp management system 11 acquires the information of taking and putting the lamp by the worker, the information of taking and putting the lamp by the worker comprises worker identity information, miner lamp identification information, miner lamp charging state information, lamp taking time and lamp putting time, the attendance server 17 acquires the information of taking and putting the lamp by the worker from the miner lamp management system 11, and a worker lamp taking record and a worker lamp putting record are generated.
Secondly, at the entrance gate, the first biological recognizer 12 detects the worker identity information of the workers, the first card reader 13 detects the number of the miner lamps held by the workers and the miner lamp identification information by detecting the positioning cards of the miner lamps, and the attendance server 17 performs entrance identity matching: and matching the worker identity information detected by the first biological identifier and the miner lamp identification information detected by the first card reader with the worker identity information and the miner lamp identification information in the lamp taking and putting information of the workers, if the matching is passed and the number of the miner lamps held by the workers is 1, opening the gate of the gate port of the entry well, and if not, the workers cannot pass.
If the worker A takes the mine lamp a when taking the lamp, because the identity information of the worker comes from the lamp holder key when taking the lamp, the behavior that other workers help the worker A to take the lamp cannot be prevented, biological identification and mine lamp identification are needed to be carried out at the entrance gate, whether the worker A is the worker A and only takes the mine lamp a is detected, and the identity information of the worker A and the mine lamp identification information are really bound.
In this embodiment, when the matching fails, the attendance server 17 may perform an audible and visual alarm through a corresponding device.
Preferably, when the entry identities are matched, the attendance server 17 judges whether the worker reaches the entry gate within the specified time according to the light taking time in the light taking and placing information of the worker, and if not, the matching is not passed. The worker is prevented from doing other things after taking the lamp, and the specified time can be adjusted according to the distance from the actual lamp house to the entry gate machine mouth.
Thirdly, when the gate of the gate port of the entry well is opened, the attendance server 17 records time and generates a worker entry record; preferably, the worker identity information of the worker can be broadcasted in voice at the same time.
And fourthly, positioning the underground workers by the attendance server 17 through a plurality of second card readers 14 to obtain the underground activity track of the workers, and generating underground work records of the workers according to time.
When the positioning card is an RFID card, the positioning can be carried out through a Radio Frequency Identification (RFID) positioning technology, so that the underground movement track of a worker is obtained.
Preferably, the attendance server 17 determines whether the worker arrives underground within a specified time through the second card reader 14 (the attendance server 17 subtracts the time of obtaining the miner lamp identification information from the second card reader 14 from the corresponding lamp-taking time and compares the subtraction result with the specified time), if so, the worker is positioned through the plurality of second card readers 14 to obtain the underground movement track of the worker, and the underground work record of the worker is generated according to the time, otherwise, the underground work record of the worker is not generated, the worker is prevented from doing other things after passing through the gate, and the specified time can be adjusted according to the distance from the actual gate entrance to the first second card reader 14 underground.
Fifthly, at the exit gate, the second biological recognizer 15 detects the worker identity information of the worker, the third card reader 16 detects the number of the miner lamps held by the worker and the miner lamp identification information through detecting a positioning card, and the attendance server 17 performs exit identity matching: and matching the worker identity information detected by the second biological recognizer 15 and the miner lamp identification information detected by the third card reader 16 with the worker identity information and the miner lamp identification information in the lamp taking and putting information of the workers, and if the matching is passed and the number of the miner lamps held by the workers is 1, opening the gate at the gate outlet of the well to ensure that one person has one lamp.
When the matching is failed, the attendance server 17 can perform sound and light alarm through a corresponding device.
And sixthly, when the gate of the gate port of the well is opened, the attendance server records time and generates a worker well-out record, and meanwhile, the worker identity information of the worker can be broadcasted in a voice mode.
And seventhly, detecting whether the same worker has a worker light taking record, a worker well entering record, a worker underground work record, a worker well exiting record and a worker light putting record which accord with the time sequence in the same day by the attendance server 17, and finishing attendance of the worker if the worker is charged by the corresponding mine lamp.
Whether the corresponding miner lamp is charged or not can be judged through miner lamp charging state information.
However, those skilled in the art should realize that the above embodiments are illustrative only and not limiting to the present invention, and that changes and modifications to the above described embodiments are intended to fall within the scope of the appended claims, provided they fall within the true spirit of the present invention.
Claims (10)
1. The utility model provides a colliery is gone out and is gone into well uniqueness and detect attendance system which characterized in that includes:
the miner lamp management system is used for acquiring information of lamp taking and lamp putting of workers, the information of lamp taking and lamp putting of the workers comprises worker identity information, miner lamp identification information, miner lamp charging state information, lamp taking time and lamp putting time, a positioning card is arranged in the miner lamp, and the miner lamp identification information is a card number of the positioning card;
the first biological identifier is used for detecting worker identity information of a worker at the entry gate opening and is arranged at the entry gate opening;
the first card reader is used for detecting the number of mine lamps held by workers and mine lamp identification information through detecting the positioning card at the entry gate machine port, and the first card reader is arranged at the entry gate machine port;
the second card readers are distributed in the underground roadway at intervals;
the second biological identifier is used for detecting the identity information of workers at the well gate opening and is arranged at the well gate opening;
the third card reader is used for detecting the number of mine lamps held by workers and mine lamp identification information through detecting the positioning card at the shaft exit gate, and the third card reader is arranged at the shaft exit gate;
an attendance server for:
generating a worker light taking record and a worker light putting record through worker light taking and light putting information;
matching the well entry identities: matching worker identity information detected by the first biological recognizer and miner lamp identification information detected by the first card reader with worker identity information and miner lamp identification information in the lamp taking and putting information of workers, and opening a gate of a gate port of the entry well if the matching is passed and the number of miner lamps held by the workers is 1;
when a gate of a gate port of the well entry gate is opened, recording time and generating a well entry record of workers;
positioning the underground workers through a plurality of second card readers to obtain underground movement tracks of the workers, and generating underground work records of the workers according to time;
matching the well outlet parts: matching the worker identity information detected by the second biological recognizer and the miner lamp identification information detected by the third card reader with the worker identity information and the miner lamp identification information in the lamp taking and putting information of workers, and opening the gate of the gate port of the well if the matching is passed and the number of the miner lamps held by the workers is 1;
when a gate of a gate port of the well outlet gate is opened, recording time and generating a worker well outlet record;
the attendance checking server detects whether the same worker has worker light taking records, worker well entering records, worker underground work records, worker well exiting records and worker light putting records which accord with time sequence in the same day, and if the worker has the worker light taking records, the worker well exiting records and the worker light putting records, and the worker finishes attendance checking if the corresponding miner lamp is charged;
the attendance checking server is connected with the miner lamp management system, the first biological identifier, the first card reader, the plurality of second card readers, the second biological identifier and the third card reader.
2. The coal mine exit and entry well uniqueness detection attendance system as claimed in claim 1, wherein the attendance server is further configured to determine whether the worker reaches the entry gate within a prescribed time by a light taking time in the worker light taking and placing information when the entry identities match, and if not, the matching does not pass.
3. The coal mine exit-entry uniqueness detection attendance system as claimed in claim 2, wherein the attendance server is further configured to determine whether a worker arrives downhole within a prescribed time through the second card reader, if so, position the worker through the plurality of second card readers to obtain a downhole movement track of the worker, generate a downhole work record of the worker according to time, and otherwise, not generate the downhole work record of the worker.
4. The coal mine exit-entry well uniqueness detection attendance system as claimed in claim 3, wherein the first and second biometric identifiers are iris identifiers.
5. The coal mine exit and entry well uniqueness detection attendance system as claimed in claim 4, wherein the locator card is an RFID radio frequency card, and the first card reader, the second card reader and the third card reader are RFID card readers.
6. The coal mine entrance and exit well uniqueness detection attendance method of the coal mine entrance and exit well uniqueness detection attendance system according to claim 1, comprising the following steps of:
when each worker takes and puts a lamp in a lamp house, a miner lamp management system acquires worker lamp taking and putting information, wherein the worker lamp taking and putting information comprises worker identity information, miner lamp identification information, miner lamp charging state information, lamp taking time and lamp putting time, a positioning card is arranged in the miner lamp, and the miner lamp identification information is a card number of the positioning card; acquiring information of lamp taking and lamp placing of workers from the mine lamp management system by an attendance server, and generating a record of lamp taking of workers and a record of lamp placing of workers;
at the gate entrance, a first biological recognizer detects worker identity information of workers, a first card reader detects the number of miner lamps held by the workers and miner lamp identification information through detecting the positioning card, and an attendance server performs entrance identity matching: matching worker identity information detected by the first biological recognizer and miner lamp identification information detected by the first card reader with worker identity information and miner lamp identification information in the lamp taking and putting information of workers, and opening a gate of a gate port of the entry well if the matching is passed and the number of miner lamps held by the workers is 1;
when a gate of a gate port of the entry well is opened, recording time by an attendance server and generating a worker entry record;
positioning the underground workers through a plurality of second card readers by the attendance checking server to obtain underground movement tracks of the workers, and generating underground work records of the workers according to time;
at the gate of the well exit gate, the second biological recognizer detects the worker identity information of workers, the third card reader detects the number of the miner lamps held by the workers and the identification information of the miner lamps by detecting the positioning cards, and the attendance server performs well exit identity matching: matching the worker identity information detected by the second biological recognizer and the miner lamp identification information detected by the third card reader with the worker identity information and the miner lamp identification information in the lamp taking and putting information of workers, and opening the gate of the gate port of the well if the matching is passed and the number of the miner lamps held by the workers is 1;
when a gate of a gate port of the well exit gate is opened, the time is recorded by the attendance server and a worker well exit record is generated;
the attendance checking server detects whether the same worker has worker light taking records, worker well entering records, worker underground work records, worker well exiting records and worker light putting records which accord with time sequence in the same day, and if the worker has the worker light taking records, the worker attendance checking is finished if the worker light taking records, the worker well exiting records and the worker light putting records are in charge of the corresponding mine lamp.
7. The method of claim 6, further comprising the step of judging whether the worker reaches the entry gate within a specified time by the attendance server through the light taking time in the light taking and putting information of the worker when the entry identities match, and if not, the matching does not pass.
8. The method of claim 7, further comprising determining, by the attendance server, whether the worker has arrived downhole within a specified time through the second card reader, if so, positioning the worker through the plurality of second card readers to obtain a trajectory of the downhole activity of the worker, and generating a downhole work record of the worker according to the time, otherwise, not generating the downhole work record of the worker.
9. The coal mine manhole uniqueness detection attendance method according to claim 8, wherein the first biometric identifier and the second biometric identifier are iris identifiers.
10. The coal mine exit and entry well uniqueness detection attendance system as claimed in claim 9, wherein the locator card is an RFID radio frequency card, and the first card reader, the second card reader and the third card reader are RFID card readers.
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| CN201910899028.6A CN110634195A (en) | 2019-09-23 | 2019-09-23 | Coal mine exit-entry well uniqueness detection attendance system and method |
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Inventor after: Ma Pengfei Inventor after: Dong Zhenjun Inventor after: Zhang Chaoping Inventor before: Ma Pengfei Inventor before: Dong Zhenjun Inventor before: Zhang Chaoping Inventor before: Luo Weidong |
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Application publication date: 20191231 |