CN118053272A - Double operation monitoring method - Google Patents
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Abstract
The double operation monitoring method comprises the steps of inputting characteristic information of an operator A and an operator B in double operation in a memory in advance; after the detection is started, the data comparison and analysis module starts first timing, meanwhile, the detection module collects information of the operation site in real time and sends the information of the operation site to the bus, the data comparison and analysis module receives the information of the operation site in real time and carries out double operation detection according to the information of the operation site, if the double operation detection is passed, the data comparison and analysis module resets the time of the first timing, and if the first timing reaches the first interval duration T1, the data comparison and analysis module sends an alarm signal to the bus, and the alarm module alarms according to the alarm signal after receiving the alarm signal. The design can effectively check and monitor operators in double operation, and accurately warn the off-duty condition of partial operators in double operation.
Description
Technical Field
The invention belongs to the field of safety control, and particularly relates to a double operation monitoring method which is particularly suitable for accident prevention in the production and monitoring process.
Background
In the manufacturing industry, a plurality of occasions needing double operation, such as staff often have holiday or night overtime operation conditions, and a safety management department can require double operation in order to prevent the condition of no person knowing when accidents occur, and at least two staff are needed to be present for part of operation.
However, for the checking and supervision of double operation conditions, effective checking and supervision are difficult to perform due to wide field range and more places, and effective technical management and control measures are lacked, partial personnel possibly leave the operation field in advance during operation, and therefore accidents cannot be found timely. Based on the background, the invention provides a double operation monitoring method, so that two operators cannot leave an operation site under the occasion of double operation.
Disclosure of Invention
The invention aims to solve the problems that in the manufacturing industry in the prior art, a plurality of occasions needing double operation are involved, but double operation scenes lack effective technical supervision and management measures, effective checking and supervision are difficult to carry out, and the condition that partial operators leave the duty cannot be accurately warned, and provides a double operation monitoring method.
In order to achieve the above object, the technical solution of the present invention is:
The double operation monitoring method is based on double operation monitoring equipment, the double operation monitoring equipment comprises a detection module, a memory, a data comparison and analysis module and an alarm module, wherein the data input end of the data comparison and analysis module is connected with the detection module and the memory through buses, and the alarm signal output end of the data comparison and analysis module is connected with the alarm module through buses;
The monitoring method comprises the following steps:
Starting a first timing, wherein when the first timing reaches a first interval duration T1, the data comparison analysis module sends an alarm signal to the bus, and the alarm module alarms according to the alarm signal after receiving the alarm signal on the bus;
After the first timing is started, the detection module collects information of the operation site in real time and sends the information of the operation site to the bus; the data comparison and analysis module receives information of the operation site in real time through the bus and repeats double operation on-duty detection operation according to the information of the operation site, the characteristic information of the first operation personnel A and the characteristic information of the second operation personnel B stored in the memory, if double operation on-duty detection is passed, the data comparison and analysis module resets the first timing time, and if double operation on-duty detection is not passed, the first timing is continued.
The detection module comprises a camera and a fingerprint collector, wherein the signal output end of the camera and the signal output end of the fingerprint collector are connected with the data input end of the data comparison and analysis module through buses;
The characteristic information of the first operator a includes: facial information of the first operator A and fingerprint information of the first operator A;
the characteristic information of the second operator B includes: facial information of the second operator B, fingerprint information of the second operator B.
The data comparison and analysis module performs double-person on-duty detection operation according to the information of the operation site, the characteristic information of the first operator A and the characteristic information of the second operator B stored in the memory, and specifically comprises the following steps:
The data comparison and analysis module compares the information of the working site received from the bus with the characteristic information of the first working personnel A and the characteristic information of the second working personnel B stored in the memory, and starts second timing when the data comparison and analysis module detects that the characteristic information of any one of the first working personnel A or the second working personnel B exists in the information of the working site:
if the data comparison and analysis module detects the characteristic information of another worker before the second timing reaches the second interval duration T2, the data comparison and analysis module judges that the double worker passes the on-duty detection, and the second timing is terminated;
if the data comparison and analysis module does not detect the characteristic information of the other worker before the second timing reaches the second interval duration T2, the data comparison and analysis module judges that the on-duty detection of the double worker is not passed, and the second timing is terminated.
The double operation monitoring equipment further comprises a voice prompt module, and the voice signal output end of the data comparison and analysis module is connected with the voice prompt module through a bus;
The monitoring method further comprises the following steps:
When the first timing reaches the third interval duration T3, the data comparison analysis module sends a voice prompt signal to the bus, and the voice prompt module sends out an on-duty detection voice prompt for double operation after receiving the voice prompt signal on the bus;
the third interval duration T3 is smaller than the first interval duration T1.
The alarm module comprises a short message module and a telephone module, wherein the signal input end of the short message module and the signal input end of the telephone module are connected with the alarm signal output end of the data comparison and analysis module through buses.
The data comparison analysis module sends an alarm signal to the bus when the first timing reaches the first interval duration T1, and the alarm module receives the alarm signal on the bus and then gives an alarm according to the alarm signal specifically comprises the following steps:
When the first timing reaches the first interval duration T1, judging whether the data comparison analysis module detects characteristic information of the first operator A and the second operator B in information of the operation site in a time period T2 before the first timing reaches the first interval duration T1 or not:
if the data comparison and analysis module detects the characteristic information of the first operator A and does not detect the characteristic information of the second operator B in the information of the operation site in the period T2 before the first timing reaches the first interval duration T1, the data comparison and analysis module sends a first alarm signal to the bus, the short message module receives the first alarm signal through the bus and then sends a reminding short message to the second operator B, and the telephone module dials a reminding telephone to the second operator B after receiving the first alarm signal on the bus;
If the data comparison and analysis module detects the characteristic information of the second operator B in the information of the operation site within the period T2 before the first timing reaches the first interval duration T1 and does not detect the characteristic information of the first operator A, the data comparison and analysis module sends a second alarm signal to the bus, the short message module receives the second alarm signal through the bus and then sends a reminding short message to the first operator A, and the telephone module dials a reminding telephone to the first operator A after receiving the second alarm signal on the bus;
If the data comparison and analysis module does not detect the characteristic information of the first operator A and the second operator B in the information of the operation site within the time period T2 before the first timing reaches the first interval duration T1, the data comparison and analysis module sends a third alarm signal to the bus, the short message module sends a reminding short message to the manager after receiving the third alarm signal on the bus, and the telephone module dials a reminding telephone to the manager after receiving the third alarm signal through the bus.
After the data comparison analysis module sends the first alarm signal or the second alarm signal to the bus for 5min, if the first timing is not reset, the data comparison analysis module sends a third alarm signal to the bus, the short message module receives the third alarm signal through the bus and then sends a reminding short message to a manager, and the telephone module receives the third alarm signal through the bus and then dials a reminding telephone to the manager.
The first interval duration T1 is 30 minutes, the second interval duration T2 is 3 minutes, and the third interval duration T3 is 25 minutes.
The short message module receives the third alarm signal through the bus and then sends reminding short messages to the manager, wherein the reminding short message comprises operation content, an operation place, a name of a first operator A, a department of the first operator A, a contact way of the first operator A, a name of a second operator B, a department of the second operator B and a contact way of the second operator B.
Compared with the prior art, the invention has the beneficial effects that:
1. According to the double operation monitoring method, the first interval duration T1 is set, before the first timing reaches the first interval duration T1, if the double operation on-duty detection is performed, the fact that two operators are on the operation site at the moment is indicated, and the distance between the two operators is relatively large is indicated, so that the operators can mutually confirm the safety condition and the operation condition, the time of the first timing is reset, if the double operation on-duty detection is not performed after the first timing reaches the first interval duration T1, the condition that the two operators are not in the same operation area for a long time is indicated, the safety condition and the operation condition are difficult to be mutually confirmed by the two operators, and at the moment, the alarm module is used for giving an alarm, because of the setting of the first interval duration T1, the two operators can effectively manage and control the two operators to work on the operation site at the same time during the double operation, the mutual confirmation of the safety condition by the two operators is facilitated, the occurrence of part of the operators for a long time is avoided, and the production safety is ensured; meanwhile, the setting of the first interval duration T1 also allows partial operators to leave the operation site for taking necessary operation tools or equipment for a short time, so that false alarm is avoided when two operators leave the operation site for taking operation tools or equipment for a short time due to one person, and the operation monitoring method is more suitable for operation monitoring in environments such as production workshops and operation workshops. Therefore, the first interval duration T1 is set in the design, so that operators are allowed to leave the site for taking necessary operation equipment in a certain time, and part of operators can be prevented from leaving the duty for a long time.
2. According to the double operation monitoring method, the second interval time length T2 is set, when the data comparison analysis module detects that the characteristic information of any one of two operators exists in the information of an operation site, the second timing is started, if the data comparison analysis module detects the characteristic information of the other operator before the second timing reaches the second interval time length T2, the data comparison analysis module judges that the double operation is detected to pass, then the second timing is stopped, if the data comparison analysis module does not detect the characteristic information of the other operator when the second timing reaches the second interval time length T2, the data comparison analysis module judges that the double operation is not detected to pass, and the second timing is stopped, because the two operators on the operation site can not perform operation tasks respectively, the detection module can not detect the facial information or the fingerprint and other characteristic information of the two operators simultaneously on the premise that the operation site is not affected, the data comparison analysis module sets the second interval time length T2, and the two operators can be judged to be in the site accurately. Therefore, in the design, by setting the second interval duration T2, the characteristic information of the two workers is detected in the T2 time period, so that the situation that the two workers are on site can be judged, and the detection is more accurate.
3. According to the double operation monitoring method, the third interval duration T3 is set, when the first timing reaches the third interval duration T3 and does not reach the first interval duration T1, the voice prompt module sends out on-duty detection voice prompt for double operation to remind operators to detect, and under the condition that both operators are on an operation site, the operators can actively detect according to the voice prompt before the first timing reaches the first interval duration T1 to give an alarm, so that the first timing is prevented from frequently giving short messages and telephone alarms when the first timing reaches the first interval duration T1. Therefore, the voice prompt module in the design reminds an operator to actively perform double operation on-duty detection before the first timing reaches the first interval duration T1, so that short messages and telephone alarms are prevented from being frequently sent when the first timing reaches the first interval duration T1.
4. In the double-person operation monitoring method, the detection module comprises the camera module and the fingerprint acquisition module, wherein the camera module can acquire the face information of an operator, the fingerprint acquisition module can acquire the fingerprint information of the operator, the operator can perform the presence detection through any one of face recognition and fingerprint recognition, and the face information of the operator can be acquired in the working process of the operator without affecting the operation progress; and under the operation environment with more large-scale equipment, because more equipment is shielded, the fingerprint acquisition module can be adopted to acquire the information of the operation personnel, and the monitoring is more reliable. Therefore, the fingerprint information and the image information are adopted for monitoring in the design, and the detection is reliable.
5. The double operation monitoring equipment in the double operation monitoring method is portable equipment, can be carried by operators or placed on an operation site for detection according to operation requirements, is suitable for fixed operation sites and is also suitable for occasions where operation sites such as equipment inspection are not fixed, and the application range is wide. Therefore, the double operation monitoring method in the design has wide application range.
Drawings
FIG. 1 is a flow chart of a double job monitoring method of the present invention.
Fig. 2 is a schematic diagram of a double job monitoring apparatus of the present invention.
In the figure: the device comprises a detection module 1, a camera 11, a fingerprint collector 12, a memory 2, a data comparison and analysis module 3, an alarm module 4, a short message module 41, a telephone module 42, a bus 5 and a voice prompt module 6.
Detailed Description
The invention is described in further detail below with reference to the accompanying drawings and detailed description.
Referring to fig. 1 to 2, the double operation monitoring method is based on double operation monitoring equipment, the double operation monitoring equipment comprises a detection module 1, a memory 2, a data comparison and analysis module 3 and an alarm module 4, wherein the data comparison and analysis module 3 operates on a processor of the equipment, and the processor calls program instructions in the memory 2 to execute double operation on-duty detection and alarm functions. The data input end of the data comparison and analysis module 3 is connected with the detection module 1 and the memory 2 through the bus 5, and the alarm signal output end of the data comparison and analysis module 31 is connected with the alarm module 4 through the bus 5;
The detection module 1 comprises a camera 11 and a fingerprint collector 12, wherein the camera 11 is used for collecting operation site image information, the fingerprint collector 12 is used for collecting fingerprint information, and a signal output end of the camera 11 and a signal output end of the fingerprint collector 12 are connected with a data input end of the data comparison analysis module 3 through a bus 5; the characteristic information of the double operators comprises: face information and fingerprint information of two operators.
The double operation monitoring equipment is portable equipment and is carried by operators or arranged on an operation site according to operation requirements.
Before detection, characteristic information of the first operator a and characteristic information of the second operator B are recorded in the memory 2: the face information of the first operator A and the second operator B is acquired through the camera 11, the fingerprint information of the first operator A and the second operator B is acquired through the fingerprint acquisition device 12, and the fingerprints and the face information of the two operators are input through the system setting module and transmitted through the bus 5 and stored in the memory 2.
The detection start time and the detection end time can be set by a manager, the manager inputs the detection start time and the detection end time into the memory 2 through the system setting module, the detection module 1 and the data comparison analysis module 3 are started after the detection start time is reached, the detection module 1 and the data comparison analysis module 3 automatically stop working after the detection end time is reached, the detection is ended, and the first timing is ended. The monitoring device is provided with a hardware clock circuit, and the data comparison and analysis module 3 can acquire the current time through the hardware clock circuit and compare the current time with the detection starting time and the detection ending time so as to realize automatic starting and ending detection.
After the detection starts, the detection module 1 collects information of the operation site in real time and sends the information of the operation site to the bus 5, the data comparison and analysis module 3 receives the information of the operation site in real time, meanwhile, the data comparison and analysis module 3 obtains the characteristic information of the first operation personnel A and the characteristic information of the second operation personnel B from the memory through the bus 5, the data comparison and analysis module 3 repeatedly performs double-person operation on-duty detection according to the information of the operation site, the characteristic information of the first operation personnel A stored in the memory 2 and the characteristic information of the second operation personnel B stored in the memory 2, if the double-person operation on-duty detection passes, the data comparison and analysis module 3 resets the time of the first timing, the first timing starts to be re-timed from zero, and when the first timing reaches the first interval duration T1, the data comparison and analysis module 3 sends an alarm signal to the bus 5, and the alarm module 4 alarms according to the alarm signal after receiving the alarm signal.
The first timing may be implemented by a timer program stored in the memory and callable by the processor.
The data comparison and analysis module 3 performs double-person on-duty detection according to information of the operation site, characteristic information of a first operator a stored in the memory 2, and characteristic information of a second operator B stored in the memory 2, and specifically includes:
The data comparison and analysis module 3 compares the current information of the working site received from the bus 5 with the characteristic information of the first working personnel A and the characteristic information of the second working personnel B in the memory 2;
When the data comparison and analysis module 3 detects that the characteristic information such as the face information or the fingerprint information of any one of the operators a and B exists in the information of the operation site, the second timing is started:
If the data comparison and analysis module 3 detects that the characteristic information such as the face information or the fingerprint information of another worker exists in the information of the current operation site before the second timing reaches the second interval duration T2, the two workers can mutually confirm the safety at the same operation site, the data comparison and analysis module 3 judges that the double operation passes the on-duty detection, and the second timing is terminated.
The data comparison and analysis module 3 compares the information of the operation site received from the bus 5 in real time with the characteristic information of the first operator a and the characteristic information of the second operator B in the memory 2 in real time, if the data comparison and analysis module 3 does not detect the characteristic information of another operator in the information of the operation site before the second timing reaches the second interval duration T2, it cannot be confirmed whether the two operators are at the same operation site at this time, and the data comparison and analysis module 3 determines that the double operator on-duty detection is not passed and the second timing is terminated.
After the second timing is finished, the data comparison and analysis module 3 continues to perform on-duty detection of the next double operation.
The first interval duration T1 and the second interval duration T2 are set by management personnel, and the management personnel input the first interval duration T1 and the second interval duration T2 into the memory 2 through the system setting module. The first interval period T1 may be 20 minutes or 30 minutes, and the second interval period T2 may be 3 minutes. To ensure that two operators do not leave the job site, the first interval time T1 is typically no more than 30 minutes, and to ensure that two operators are on the job site at the same time, the second interval time is typically no more than 5 minutes.
When the data comparison and analysis module 3 compares the real-time information of the operation site received from the bus 5 with the characteristic information of the operation personnel A and B in the memory 2, the data comparison and analysis module 3 acquires the face information and the fingerprint information of two operation personnel stored in the memory 2 and invokes the detection program instruction in the memory 2, the face information in the operation site image information acquired in real time by the camera 11 is extracted and compared with the face information of two operation personnel stored in the memory 2 through the open source face recognition algorithm, the fingerprint information acquired by the fingerprint acquisition device 12 is extracted and compared with the fingerprint information of two operation personnel stored in the memory 2 through the open source fingerprint recognition algorithm, if any one of the face information of the operation personnel exists in the operation site image information acquired in real time by the camera 11 or the fingerprint information acquired by the fingerprint acquisition device 12 is the fingerprint information of the operation personnel, the operation personnel passes the presence detection, and if the two operation personnel pass the presence detection in a short time. The operator can select to record facial information through the camera 11 or record fingerprint information through the fingerprint acquisition module 12 according to the working environment for presence detection.
The double operation monitoring equipment further comprises a voice prompt module 6, and the voice signal output end of the data comparison and analysis module 3 is connected with the voice prompt module 6 through a bus 5.
The monitoring method further comprises the following steps:
When the first timing reaches the third interval duration T3, the data comparison and analysis module 3 sends a voice prompt signal to the bus 5, and the voice prompt module 6 sends out an on-duty detection voice prompt for double operation after receiving the voice prompt signal on the bus 5 so as to remind an operator to timely record face or fingerprint information for double detection.
The first interval duration T1 is 30 minutes, the second interval duration T2 is 3 minutes, and the third interval duration T3 is 25 minutes.
The alarm module 4 is used for alarming when abnormality occurs in double operation on post detection, the alarm module 4 comprises a short message module 41 and a telephone module 42, and the signal input end of the short message module 41 and the signal input end of the telephone module 42 are connected with the alarm signal output end of the data comparison and analysis module 3 through a bus 5. The short message module 41 and the telephone module 42 realize short message and telephone functions through the SIM card.
When the first timing reaches the first interval duration T1, the data comparison analysis module 3 sends an alarm signal to the bus 5, and the alarm module 4 receives the alarm signal on the bus 5 and then alarms according to the alarm signal specifically comprises:
the data comparison and analysis module 3 compares the current information of the working site received from the bus 5 with the characteristic information of the first working personnel a and the characteristic information of the second working personnel B in the memory 2, and when the first timing reaches the first interval duration T1, it is determined whether the data comparison and analysis module 3 detects the characteristic information of the working personnel in the information of the working site within a period T2 before the first timing reaches the first interval duration T1:
If the data comparison and analysis module 3 detects the characteristic information of the first operator a and does not detect the characteristic information of the second operator B, the data comparison and analysis module 3 sends a first alarm signal to the bus 5, the short message module 41 sends a reminding short message to the second operator B after receiving the first alarm signal through the bus 5, and the telephone module 42 dials a reminding telephone to the second operator B after receiving the first alarm signal on the bus 5;
if the data comparison and analysis module 3 detects the characteristic information of the second operator B and does not detect the characteristic information of the first operator a, the data comparison and analysis module 3 sends a second alarm signal to the bus 5, the short message module 41 sends a reminding short message to the first operator a after receiving the second alarm signal through the bus 5, and the telephone module 42 dials a reminding telephone to the first operator a after receiving the second alarm signal on the bus 5;
If the data comparison and analysis module 3 does not detect the characteristic information of the operator a and the operator B, the data comparison and analysis module 3 sends a third alarm signal to the bus 5, and the short message module 41 sends a reminding short message to the manager after receiving the third alarm signal through the bus 5, where the content of the reminding short message includes the operation content, the operation place, the name of the operator a, the department of the operator a, the contact way of the operator a, the name of the operator B, the department of the operator B, and the contact way of the operator B. The operation content, the operation place, the name of the first operator a, the department of the first operator a, the contact information of the first operator a, the name of the second operator B, the department of the second operator B, and the contact information of the second operator B are all stored in the memory 2, and the short message module 41 can obtain these information through the bus 5.
The telephone module 42 receives the third alarm signal through the bus 5 and then dials the reminding call to the manager. Meanwhile, the voice prompt module 6 sends out a voice warning after receiving the third alarm signal through the bus 5.
In the second step, in the detection, after the data comparison and analysis module 3 sends the first alarm signal or the second alarm signal to the bus 5 for 5min, if the first timer is not reset, it is impossible to confirm whether two workers are on the same operation site, and the two workers may not confirm each other's safety, at this time, the data comparison and analysis module 3 sends the third alarm signal to the bus 5, and the short message module 41 sends a reminding short message to the manager after receiving the third alarm signal through the bus 5, so as to notify the manager of the name, contact manner, department, operation content, operation site, and other information of the worker. The telephone module 42 receives the third alarm signal through the bus 5 and then automatically dials a reminding call to the manager to prompt the double person to work on duty to detect the abnormality.
The principle of the invention is explained as follows:
In the manufacturing industry, there are often cases where two persons are required to perform the same operation together, or where two persons are required to be simultaneously present, such as monitoring by one person and monitoring by another person, and in order to ensure that two persons are on site and mutually confirm the safety conditions, the on-duty conditions of the two persons need to be monitored.
When the first operator A and the second operator B finish double operation together, the first operator A and the second operator B can carry double operation monitoring equipment with them or arrange the double operation monitoring equipment on double operation sites such as an operation duty room; the double operation monitoring equipment can be used for monitoring and ensuring that the first operator A and the second operator B are on duty at the same time, and carrying out short message or telephone alarm when any operator leaves duty, so as to ensure the safety of double operation.
Example 1:
The double operation monitoring method is based on double operation monitoring equipment, the double operation monitoring equipment comprises a detection module 1, a memory 2, a data comparison analysis module 3 and an alarm module 4, wherein the data input end of the data comparison analysis module 3 is connected with the detection module 1 and the memory 2 through a bus 5, and the alarm signal output end of the data comparison analysis module 3 is connected with the alarm module 4 through the bus 5;
The monitoring method comprises the following steps:
After the detection is started, starting a first timing, wherein when the first timing reaches a first interval duration T1, the data comparison and analysis module 3 sends an alarm signal to the bus 5, and the alarm module 4 alarms according to the alarm signal after receiving the alarm signal on the bus 5;
after the detection starts, the detection module 1 collects information of the operation site in real time and sends the information of the operation site to the bus 5;
The data comparison and analysis module 3 receives information of the operation site in real time, performs double operation on-duty detection according to the information of the operation site, the characteristic information of the first operator A and the characteristic information of the second operator B stored in the memory 2, resets the first timing time if the double operation on-duty detection is passed, and continues the first timing if the double operation on-duty detection is not passed.
The detection module 1 comprises a camera 11 and a fingerprint collector 12, wherein the signal output end of the camera 11 and the signal output end of the fingerprint collector 12 are connected with the data input end of the data comparison analysis module 3 through a bus 5;
The characteristic information of the first operator a includes: facial information of the first operator A and fingerprint information of the first operator A;
the characteristic information of the second operator B includes: facial information of the second operator B, fingerprint information of the second operator B.
The double operation monitoring equipment is portable equipment and is carried by operators or arranged on an operation site according to operation requirements.
The data comparison and analysis module 3 receives information of the operation site in real time and performs double operation on duty detection according to the information of the operation site, the characteristic information of the first operator a and the characteristic information of the second operator B stored in the memory 2, and specifically includes:
The data comparison and analysis module 3 compares the information of the working site received from the bus 5 in real time with the characteristic information of the first working personnel a and the characteristic information of the second working personnel B stored in the memory 2, and starts the second timing when the data comparison and analysis module 3 detects that the characteristic information of any one of the first working personnel a or the second working personnel B exists in the information of the working site:
If the data comparison and analysis module 3 detects the characteristic information of another worker before the second timing reaches the second interval duration T2, the data comparison and analysis module 3 judges that the double worker passes the on-duty detection, and the second timing is terminated;
If the data comparison and analysis module 3 does not detect the characteristic information of another worker before the second timing reaches the second interval duration T2, the data comparison and analysis module 3 judges that the on-duty detection of the double worker is not passed, and the second timing is terminated.
The double-person operation monitoring equipment further comprises a voice prompt module 6, and the voice signal output end of the data comparison and analysis module 3 is connected with the voice prompt module 6 through a bus 5;
The monitoring method further comprises the following steps:
When the first timing reaches the third interval duration T3, the data comparison and analysis module 3 sends a voice prompt signal to the bus 5, and the voice prompt module 6 sends out an on-duty detection voice prompt for double operation after receiving the voice prompt signal on the bus 5;
the third interval duration T3 is smaller than the first interval duration T1.
The alarm module 4 comprises a short message module 41 and a telephone module 42, wherein the signal input end of the short message module 41 and the signal input end of the telephone module 42 are connected with the alarm signal output end of the data comparison analysis module 3 through a bus 5.
When the first timing reaches the first interval duration T1, the data comparison analysis module 3 sends an alarm signal to the bus 5, and the alarm module 4 receives the alarm signal on the bus 5 and then alarms according to the alarm signal specifically comprises:
When the first timing reaches the first interval duration T1, the data comparison analysis module 3 determines whether the characteristic information of the operator is detected in the information of the operation site in the period T2 before the first timing reaches the first interval duration T1:
If the data comparison and analysis module 3 detects the characteristic information of the first operator a and does not detect the characteristic information of the second operator B in the information of the operation site within the period T2 before the first timing reaches the first interval duration T1, the data comparison and analysis module 3 sends a first alarm signal to the bus 5, the short message module 41 receives the first alarm signal through the bus 5 and then sends a reminding short message to the second operator B, and the telephone module 42 dials a reminding call to the second operator B after receiving the first alarm signal on the bus 5;
If the data comparison and analysis module 3 detects the characteristic information of the second operator B and does not detect the characteristic information of the first operator a in the information of the operation site within the period T2 before the first timing reaches the first interval duration T1, the data comparison and analysis module 3 sends a second alarm signal to the bus 5, the short message module 41 receives the second alarm signal through the bus 5 and then sends a reminding short message to the first operator a, and the telephone module 42 dials a reminding telephone to the first operator a after receiving the second alarm signal on the bus 5;
if the data comparison and analysis module 3 does not detect the characteristic information of the first operator a and the second operator B in the information of the operation site in the period T2 before the first timing reaches the first interval duration T1, the data comparison and analysis module 3 sends a third alarm signal to the bus 5, the short message module 41 sends a reminding short message to the manager after receiving the third alarm signal on the bus 5, and the telephone module 42 dials a reminding telephone to the manager after receiving the third alarm signal through the bus 5.
After the data comparison analysis module 3 sends the first alarm signal or the second alarm signal to the bus 5 for 5min, if the first timing is not reset, the data comparison analysis module 3 sends the third alarm signal to the bus 5, the short message module 41 sends a reminding short message to the manager after receiving the third alarm signal through the bus 5, and the telephone module 42 dials a reminding telephone to the manager after receiving the third alarm signal through the bus 5.
The first interval duration T1 is 30 minutes, the second interval duration T2 is 3 minutes, and the third interval duration T3 is 25 minutes.
Example 2:
example 2 is substantially the same as example 1 except that:
The content of the message module 41 for sending the reminding message to the manager after receiving the third alarm signal through the bus 5 includes the operation content, the operation place, the name of the first operator a, the department of the first operator a, the contact way of the first operator a, the name of the second operator B, the department of the second operator B and the contact way of the second operator B.
Example 3:
example 3 is substantially the same as example 2 except that:
the double operation monitoring equipment is portable equipment and is carried by operators or arranged on an operation site according to operation requirements.
The above description is merely of preferred embodiments of the present invention, and the scope of the present invention is not limited to the above embodiments, but all equivalent modifications or variations according to the present disclosure will be within the scope of the claims.
Claims (10)
1. A double operation monitoring method is characterized in that:
The monitoring method is based on double operation monitoring equipment, the double operation monitoring equipment comprises a detection module (1), a memory (2), a data comparison and analysis module (3) and an alarm module (4), wherein the data input end of the data comparison and analysis module (3) is connected with the detection module (1) and the memory (2) through a bus (5), and the alarm signal output end of the data comparison and analysis module (3) is connected with the alarm module (4) through the bus (5);
The monitoring method comprises the following steps:
Starting a first timing, wherein when the first timing reaches a first interval duration T1, the data comparison analysis module (3) sends an alarm signal to the bus (5), and the alarm module (4) alarms according to the alarm signal after receiving the alarm signal on the bus (5);
After the first timing is started, the detection module (1) collects information of the operation site in real time and sends the information of the operation site to the bus (5), the data comparison and analysis module (3) receives the information of the operation site in real time through the bus (5) and repeatedly performs double operation on-duty detection according to the information of the operation site, the characteristic information of the first operation personnel A stored in the memory (2) and the characteristic information of the second operation personnel B stored in the memory (2), if the double operation on-duty detection is passed, the time of the first timing is reset, and if the double operation on-duty detection is not passed, the first timing is continued.
2. The method for monitoring double operation according to claim 1, wherein:
The detection module (1) comprises a camera (11) and a fingerprint collector (12), wherein the signal output end of the camera (11) and the signal output end of the fingerprint collector (12) are connected with the data input end of the data comparison analysis module (3) through a bus (5);
The characteristic information of the first operator a includes: facial information of the first operator A and fingerprint information of the first operator A;
the characteristic information of the second operator B includes: facial information of the second operator B, fingerprint information of the second operator B.
3. The method for monitoring double operation according to claim 2, wherein:
the double operation monitoring equipment is portable equipment and is carried by operators or arranged on an operation site according to operation requirements.
4. A double job monitoring method according to claim 1, 2 or 3, characterized in that:
the data comparison and analysis module (3) performs double-person operation on-duty detection according to information of an operation site, characteristic information of a first operator A stored in the memory (2) and characteristic information of a second operator B stored in the memory (2), and specifically comprises the following steps:
The data comparison and analysis module (3) compares the information of the operation site received from the bus (5) with the characteristic information of the first operator A stored in the memory (2) and the characteristic information of the second operator B stored in the memory (2);
When the data comparison and analysis module (3) detects that the characteristic information of any one of the first operator A or the second operator B exists in the information of the operation site, starting second timing;
If the data comparison and analysis module (3) detects that the characteristic information of another worker exists in the information of the operation site before the second timing reaches the second interval duration T2, the data comparison and analysis module (3) judges that the double operation passes the post detection, and the second timing is terminated;
if the data comparison and analysis module (3) does not detect that the characteristic information of another worker exists in the information of the operation site before the second timing reaches the second interval duration T2, the data comparison and analysis module (3) judges that the on-duty detection of the double operation is not passed, and the second timing is terminated.
5. The method for monitoring double operation according to claim 4, wherein:
The double operation monitoring equipment further comprises a voice prompt module (6), and the voice signal output end of the data comparison and analysis module (3) is connected with the voice prompt module (6) through a bus (5);
The monitoring method further comprises the following steps:
When the first timing reaches the third interval duration T3, the data comparison and analysis module (3) sends a voice prompt signal to the bus (5), and the voice prompt module (6) sends out an on-duty detection voice prompt for double operation after receiving the voice prompt signal on the bus (5);
the third interval duration T3 is smaller than the first interval duration T1.
6. The method for monitoring double operation according to claim 5, wherein:
The alarm module (4) comprises a short message module (41) and a telephone module (42), wherein the signal input end of the short message module (41) and the signal input end of the telephone module (42) are connected with the alarm signal output end of the data comparison analysis module (3) through a bus (5).
7. The method for monitoring double operation according to claim 6, wherein:
When the first timing reaches the first interval duration T1, the data comparison analysis module (3) sends an alarm signal to the bus (5), and the alarm module (4) receives the alarm signal on the bus (5) and then alarms according to the alarm signal, wherein the data comparison analysis module specifically comprises:
When the first timing reaches the first interval duration T1, judging whether the data comparison analysis module (3) detects characteristic information of the first operator A and the second operator B in information of the operation site in a time period T2 before the first timing reaches the first interval duration T1 or not:
If the data comparison and analysis module (3) detects the characteristic information of the first operator A and does not detect the characteristic information of the second operator B in the information of the operation site within the period T2 before the first timing reaches the first interval duration T1, the data comparison and analysis module (3) sends a first alarm signal to the bus (5), the short message module (41) sends a reminding short message to the second operator B after receiving the first alarm signal through the bus (5), and the telephone module (42) dials a reminding telephone to the second operator B after receiving the first alarm signal on the bus (5);
If the data comparison and analysis module (3) detects the characteristic information of the second operator B in the information of the operation site within the period T2 before the first timing reaches the first interval duration T1 and does not detect the characteristic information of the first operator A, the data comparison and analysis module (3) sends a second alarm signal to the bus (5), the short message module (41) sends a reminding short message to the first operator A after receiving the second alarm signal through the bus (5), and the telephone module (42) dials a reminding telephone to the first operator A after receiving the second alarm signal on the bus (5);
If the data comparison and analysis module (3) does not detect the characteristic information of the first operator A and the second operator B in the information of the operation site within the period T2 before the first timing reaches the first interval duration T1, the data comparison and analysis module (3) sends a third alarm signal to the bus (5), the short message module (41) sends a reminding short message to the manager after receiving the third alarm signal on the bus (5), and the telephone module (42) receives the third alarm signal through the bus (5) and dials a reminding call to the manager.
8. The method for monitoring double operation according to claim 7, wherein:
After the data comparison analysis module (3) sends a first alarm signal or a second alarm signal to the bus (5) for 5min, if the first timing is not reset, the data comparison analysis module (3) sends a third alarm signal to the bus (5), the short message module (41) receives the third alarm signal through the bus (5) and then sends a reminding short message to a manager, and the telephone module (42) receives the third alarm signal through the bus (5) and dials a reminding telephone to the manager.
9. The method for monitoring double operation according to claim 8, wherein:
The first interval duration T1 is 30 minutes, the second interval duration T2 is 3 minutes, and the third interval duration T3 is 25 minutes.
10. The method for monitoring double operation according to claim 9, wherein:
The short message module (41) receives the third alarm signal through the bus (5) and then sends reminding short messages to the manager, wherein the reminding short message comprises operation content, an operation place, a name of a first operator A, a department of the first operator A, a contact mode of the first operator A, a name of a second operator B, a department of the second operator B and a contact mode of the second operator B.
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| CN202410002376.XA CN118053272A (en) | 2024-01-02 | 2024-01-02 | Double operation monitoring method |
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| CN202410002376.XA CN118053272A (en) | 2024-01-02 | 2024-01-02 | Double operation monitoring method |
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