CN108108925B - System and method for dry police to take over duty in limited environment - Google Patents
System and method for dry police to take over duty in limited environment Download PDFInfo
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Abstract
The invention discloses a dry police shift-taking system in a limited environment and a method for using the system, wherein the system comprises a client and a server which are connected with each other, the server comprises a data processing module, the client comprises an input module, a data reading module, a state conversion module and a data execution module, and the system has (1) convenience in work processing; (2) recording query convenience; (3) intelligently combining shift switching records; (4) the work flow is greatly simplified, the workload is reduced, convenience is brought to management of prisoners by prisons, then, the prisoner condition is better recorded by a dry police, the electronics of prisoner condition management is promoted, meanwhile, collection of data such as prisoner performance and dry police disposal is provided for big data analysis, and good bedding is made for continuously promoting the informatization degree of related services of prisoners.
Description
Technical Field
The invention relates to the technical field of work management systems and methods, in particular to a dry police shift system and a dry police shift method in a limited environment.
Background
For a long time, the prison police shall complete daily management work of prison, record the content in the form of ledgers or tables, record the content in real time by the prison police with duty or on duty, and record the content into the prison service management system when the prison police is on duty, and the on duty record mainly records the events occurring during the on duty process today, such as the work of going out of prisoners, illegal events, and leaders in higher levels. All dry policemen should finish daily record carrying work of personnel responsible for criminals every day, and partial events of the criminals are classified in the daily record as follows: marital, emotion and the like, and after the dry police selects the corresponding classification, relevant description and description need to be added.
The account record is generally a self-recording of the monitoring area, and the relevant departments can be as follows according to the requirements: the inspection is carried out in certain time periods such as week, ten days, month, season, year and the like. The supervision area dry police affair shift mode is generally related to oral or paper document handover, and both parties sign and confirm after finishing work such as roll call, housekeeping inspection and the like by the mode, the mode not only needs the receiving personnel to confirm the handover content item by item, when the workload is very large, the written handover wastes a large amount of time of the receiving personnel and the handed personnel, the working efficiency is low, due to the characteristic that the paper ledger is inconvenient to store and only has one copy, the filling and the checking of the shift record of a plurality of dry police in the same shift become very inconvenient, the great difficulty is brought to the event tracking processing and tracing, and the condition becomes particularly prominent under the condition that the supervision area personnel are dispersed and no network environment.
Disclosure of Invention
Aiming at the defects in the prior art, the invention provides the system for the police officer to take over the duty in the limited environment and the method for using the system, wherein the system has high information interactivity and intelligence degree, can realize the paperless work of the police officer to take over the duty in the supervision area, change the current situation that the police officer on duty in the supervision area hands over the daily management work content in the supervision area in the form of a paper ledger, and can satisfy the requirement that a plurality of police officers on the same duty can respectively fill and look up the relevant work content in the supervision area in the network-free environment, thereby facilitating the daily work of the police officer.
In order to solve the technical problem, the invention is solved by the following technical scheme: the utility model provides a dry police system of taking over duty under restricted environment, includes interconnect's customer end and server, the server includes data processing module, data processing module mainly used data information's intelligence is amalgamated and the record, the customer end is including typeeing module, data reading module, state conversion module, data execution module, typeeing module mainly used is the typeeing of the relevant incident of dry police on duty, data reading module mainly used reads the reading of the relevant incident of taking over duty, state conversion module mainly used switching of state, data execution module mainly used the work content on duty upload and download, the local storage of typeeing information and with the synchronization of server.
In the above scheme, preferably, the state types of the state transition module include login, shift-to-shift working, shift-to-shift unfinished, and waiting for working.
In the above scheme, preferably, the client includes a mobile phone, a computer and a tablet, and requirements of different office environments can be met.
A shift-taking method of a police dispatch-taking system in a limited environment comprises the following steps:
the method comprises the following steps: the first-time on-duty dry police logs in the shift-off system through the state conversion module, selects shift-off working, displays the state as 'shift-off working' after the shift-off working is successful, and then can perform the next operation.
Step two: and the on-duty dry police in the 'on-duty and on-duty' state records the on-duty event and the processing progress through the input module.
Step three: when the shift is finished, if the shift is in a no-network state, the on-duty dry police needs to access the client to the network, upload the work content recorded in the third step to the server through the data execution module, and automatically change the state of the on-duty dry police into 'off-duty incomplete' through the state conversion module.
Step four: after the on-duty dry police in the shift is networked, a new shift record is selected through the input module, the data processing module on the server enables the new shift record to be automatically associated with work content uploaded by the on-duty dry police in the shift, the on-duty dry police in the shift fills related content of the shift record through the input module again, and submits the shift record in the shift through the data execution module, and the work content comprises monitoring area general profiles, duty summary and the like.
Step five: and the second-shift on-duty police officer logs in the shift-switching system in the networking state, checks the shift-switching record of the first shift in the step five through the data execution module, and changes the state of the on-duty police officer from 'shift-switching incomplete' to 'waiting for shift' through the state conversion module.
Step six: the second duty-on-duty dry police changes the duty-on-duty dry police state from 'waiting for duty' to 'duty-on-duty', and the parallel network downloads the duty-on data of the previous duty to the local cache through the data execution module.
Step seven: the second duty-off duty dry police is in the 'duty-off duty-on' state, the data execution module is used for looking up the duty-off duty detail record of the second duty, the next duty work is carried out, and then the four-cycle action is repeated.
In the above solution, preferably, the number of the on-duty police officers may be 1 or more.
Compared with the prior art, the invention has the following beneficial effects: (1) convenience of work handling: the supervision area on-duty dry police can record events and processing progress occurring during the on-duty period anytime and anywhere through the system, break through the limitation that the supervision area has no network environment, cache data in local offline, and upload the data to a server during networking shift, thereby solving the problem that a plurality of dry police on the same duty intensively fill a paper account during the shift; (2) recording query convenience: the supervision area on-duty dry police can ignore the limitation of no network environment in the supervision area, cache the previous shift record and the associated event record in an off-line manner, look up the event to be handled at any time and any place for tracking treatment, and (3) intelligently merge the shift record: when the supervision on-duty dry police uploads the offline cache data to the server through the shift operation, the server can intelligently combine event records of a plurality of on-duty dry polices in the same shift through key factors such as event main bodies, prisoners and the like, and provide a basis for the shift record of the shift; (4) shift change informatization: the supervision area on-duty dry police automatically associates the event record uploaded by the on-duty dry police in the same shift through newly creating the on-duty record of the shift, the on-duty dry police confirms the shift after filling in the summary, the on-duty dry police in the next shift passes through the on-duty dry police and confirms the on-duty record of the previous shift, and the on-duty dry police in the next shift downloads the on-duty record and the associated event record of the previous shift through the off-duty operation, so that the on-duty treatment is completed, the full-coverage of the on-duty information is effectively ensured, the on-duty treatment time is greatly shortened, and the daily work of the dry police is facilitated.
Detailed Description
The present invention will be further described with reference to the following examples.
The utility model provides a dry police system of taking over duty under restricted environment, includes interconnect's customer end and server, the server includes data processing module, data processing module mainly used data information's intelligence is amalgamated and the record, the customer end is including typeeing module, data reading module, state conversion module, data execution module, typeeing module mainly used is the typeeing of the relevant incident of dry police on duty, data reading module mainly used reads the reading of the relevant incident of taking over duty, state conversion module mainly used switching of state, data execution module mainly used the work content on duty upload and download, the local storage of typeeing information and with the synchronization of server. The state type of the state conversion module comprises login, shift on duty, shift off duty unfinished and waiting for shift on duty, and the client comprises a mobile phone, a computer and a tablet.
A shift-taking method of a police dispatch-taking system in a limited environment comprises the following steps:
the method comprises the following steps: the first-time on-duty dry police logs in the shift-off system through the state conversion module, selects shift-off working, displays the state as 'shift-off working' after the shift-off working is successful, and then can perform the next operation.
Step two: the on-duty dry police in the 'on-duty and on-duty' state records the on-duty event and the processing progress through the input module, the action of the action and the action of the step one can be operated under the networking state or the non-networking state, and the operation of the dry police is facilitated, and the operation can be carried out by adopting a handheld device APP.
Step three: when the shift is finished, if the shift is in a no-network state, the on-duty dry police needs to access the client to the network, upload the work content recorded in the third step to the server through the data execution module, and automatically change the state of the on-duty dry police into 'off-duty incomplete' through the state conversion module.
Step four: the on-duty police officer on duty of this shift accesses the web to use, and select newly-built hand-off record through the input module, the data processing module on the server makes newly-built hand-off record automatically associate the work content that the on-duty police officer on duty of this shift uploaded, including the detailed record of the event on duty, the on-duty police officer on duty of this shift fills in the relevant content of the hand-off record through the input module again, including the general situation of supervision area, the summary on duty, submit the on-duty record of this shift through the data execution module finally.
Step five: and the second-class on-duty dry police logs in the shift-taking system by accessing the web through the PC in a networking state, checks and receives the shift-taking record of the first class in the step five through the data execution module, and changes the state of the on-duty dry police from 'shift-unfinished' to 'waiting for shift' through the state conversion module.
Step six: the second duty-on dry police carries out the operation of taking over duty through the state conversion module, the duty-on dry police state is changed from 'waiting to go on duty' to 'taking over duty', the parallel network downloads the duty-on data of the previous duty to the local cache through the data execution module, and the operation of the second duty-on dry police is convenient, and the operation can be carried out by adopting a handheld device APP.
Step seven: the second duty-off-duty dry police is in the 'off-duty and on-duty' state, and refers to the duty-off detailed records including the duty-off record and the associated event record through the data execution module, fills in the duty-off event record or the processing progress and the like so as to carry out the work of the next shift, and then repeats the four-cycle action.
In the above steps, when the number of the on-duty dry police is 1, the on-duty dry police and the on-duty dry police operate by the same person, and when the number of the on-duty dry police is multiple, the on-duty dry police and the on-duty dry police operate the work within the responsibility range of the on-duty dry police respectively, and the system can appear in the form of APP and can also install programs through a computer or other equipment.
The system related to the application firstly serves as the extension of a service system, the difficulty of information inquiry and event recording of the prison police in the prison non-network environment is solved, and the traditional service system is compared with the existing functional modules, the module of the application greatly simplifies the work flow, the workload is reduced, convenience is brought to prison management of prisoners, secondly, the prisoner in-service conditions are better recorded by the prisons, the electronization of prison condition management is promoted, meanwhile, collection of data such as prisoner performance and dry police disposal is provided for big data analysis, and good bedding is made for continuously promoting the information degree of related services of the prisoners.
The scope of the present invention includes, but is not limited to, the above embodiments, and the present invention is defined by the appended claims, and any alterations, modifications, and improvements that may occur to those skilled in the art are all within the scope of the present invention.
Claims (4)
1. The system for the dry police to take over duty under the limited environment comprises a client and a server which are connected with each other, and is characterized in that the server comprises a data processing module, the data processing module is used for intelligently merging and recording data information, the client comprises an entry module, a data reading module, a state conversion module and a data execution module, the entry module is used for entering relevant events of the dry police on duty, the data reading module is used for reading the relevant events of the take over duty, the state conversion module is used for switching states, and the data execution module is used for uploading and downloading work content on duty, storing local entry information and synchronizing with the server; the work transfer method comprises the following steps:
the method comprises the following steps: the first-time on-duty dry police logs in a shift-off system through a state conversion module, selects shift-off and post-on, displays the state as 'shift-off and post-on' after the shift-off and post-on succeeds, and then carries out the next operation;
step two: the on-duty dry police in the 'on-duty and on-duty' state records the on-duty event and the processing progress through the input module;
step three: when the shift is finished, if the shift is in a no-network state, the on-duty dry police firstly accesses the client to the network, uploads the work content recorded in the step three to the server through the data execution module, and automatically changes the state of the on-duty dry police into 'off-duty incomplete' through the state conversion module;
step four: after the on-duty dry police of the current shift is networked, selecting a newly-built shift-taking record through the input module, enabling the newly-built shift-taking record to be automatically associated with the work content uploaded by the on-duty dry police of the current shift through the data processing module on the server, filling the related content of the shift-taking record of the current shift through the input module again, and submitting the shift-taking record of the current shift through the data execution module;
step five: the second-shift on-duty dry police logs in the shift-switching system in a networking state, checks the shift-switching record of the first shift in the fifth step through the data execution module, and changes the state of the on-duty dry police from 'shift-switching incomplete' to 'waiting for shift' through the state conversion module;
step six: the second duty-on-duty dry police carries out duty-on operation through the state conversion module, the duty-on dry police state is changed from 'waiting for duty' to 'duty-on duty', and the parallel network downloads the duty-on data of the previous duty to a local cache through the data execution module;
step seven: the second class duty-off-duty dry police is in the 'duty-off and duty-on' state, the data execution module refers to the duty-off-duty detailed record of the previous class, the next class work is carried out, and then the four-cycle action is repeated.
2. The system of claim 1, wherein the status types of the status transformation module include login, shift on duty, shift not completed, and waiting for shift on duty.
3. The system of claim 1, wherein the client comprises a mobile phone, a computer, or a tablet.
4. The system of claim 1, wherein the number of the on-duty dry police officers is 1 or more.
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| CN201810128967.6A CN108108925B (en) | 2018-02-08 | 2018-02-08 | System and method for dry police to take over duty in limited environment |
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| CN109858776B (en) * | 2019-01-11 | 2024-05-10 | 平安科技（深圳）有限公司 | Intelligent shift-exchange management method based on big data and related equipment |
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