1. The utility model provides an access control system based on electric power operation ticket, includes first page mechanism (1), operating device (2) and processing agency (3), first page mechanism (1) and operating device (2) all are connected its characterized in that with processing agency (3): the home page mechanism (1) comprises a backlog module (11), an execution middle module (12), a check-in module (13) and a station check-in module (14), the operating mechanism (2) comprises a preprogram management module (21), a normal order management module (22), a station repeating module (23), a scheduling confirmation module (24), a station reporting module (25), a scheduling order receiving module (26), a station confirmation module (27), a query mechanism (28) and an intelligent order sending module (29), and the processing mechanism (3) is respectively connected with the preprogram management module (21), the normal order management module (22), the station repeating module (23), the scheduling confirmation module (24), the station reporting module (25), the scheduling order receiving module (26), the station confirmation module (27), the query mechanism (28) and the intelligent order sending module (29).

2. The electric operation ticket-based access control system of claim 1, wherein: the inquiry mechanism (28) comprises a current-class executed module (281) and a 5-day executed module (282), and the current-class executed module (281) and the 5-day executed module (282) are connected with the processing module.

3. The use method of the access control system based on the electric power operation ticket is characterized by comprising the following steps of:

the home page mechanism (1) comprises a module to be transacted (11), an execution module (12), a check-in module (13) and a station check-in module (14); only backlogs of the backlog orders are displayed through the backlog module (11); displaying ticket information currently executed at a factory station end through an executing module (12); the check-in module (13) is used for displaying the checked-in station information, sequencing is carried out according to the login time, and the latest login is placed on the top; the station sign-in module (14) is used for displaying the checked-in station information and sequencing according to the login time;

the operating mechanism (2) comprises a preprogram management module (21), a normal order management module (22), a station repeating module (23), a scheduling confirmation module (24), a station reporting module (25), a scheduling order receiving module (26), a station confirmation module (27), a query mechanism (28) and an intelligent order sending module (29);

the issue of the pre-order and the sign-in of the pre-order can be realized through the pre-order management module (21);

firstly, issuing a preprogram:

firstly, pre-foaming;

secondly, refreshing;

thirdly, exporting the word;

fourthly, one-key pre-expansion: selecting all tickets with the states of not pre-issued, clicking one-key pre-issued to pre-issue the selected tickets, and simultaneously notifying personnel at the station end of the factory to sign off through telephone broadcasting; selecting all tickets with the states in advance, clicking one key for advance, namely, notifying the factory station personnel of signing in the selected tickets through telephone broadcasting again;

fifthly, pre-sending the telephone: pre-issuing the telephone, and defaulting that all tickets of the unit in the pre-issuing link are pre-issued and signed;

sixthly, double-click form pre-launching: double-clicking the form, defaulting that all tickets of the unit under the large ticket are pre-issued and signed;

second, sign-in for prearranged order

Firstly, signing: when the instruction is repeated, the serial number and the operation unit are added in front of the instruction, and the instruction with the item number as the remark only needs to be selected;

② refreshing

Thirdly, exporting the word: the station terminal does not need to derive all the receipt information under the large ticket, and only derives the ticket information belonging to the station;

the monitoring and dispatching command operation can be realized through the command management module (22);

firstly, monitoring:

firstly, station information: the bus wiring diagram, the primary wiring diagram and the instruction screenshot of the subsequent station repeat are used for displaying the bus wiring diagram and the primary wiring diagram of the station;

secondly, refreshing;

thirdly, invalidation: the whole large ticket is invalidated, the reason is required to be input, but the examination and verification are not required;

fourthly, exporting the word;

fifth, monitoring: the left view of the page, with the guardian's ticket on top;

sixthly, right mouse click adding annotation: anyone can add annotations without considering the improper value;

seventhly, right clicking the small ticket with the mouse to discard: as long as the current values can be invalidated, the reason for invalidation needs to be input, and the auditing is not needed;

eighthly, right clicking the mouse to invalidate the item: as long as the current values can be invalidated, the reason for invalidation needs to be input, and the auditing is not needed;

ninthly, starting to execute: turning to an execution link;

and (3) log-in conditions of the car (r) and the station: the system is used for displaying the login condition of each operation unit under the large ticket;

secondly, scheduling and ordering:

firstly, station information: the bus wiring diagram, the primary wiring diagram and the instruction screenshot of the subsequent station repeat are used for displaying the bus wiring diagram and the primary wiring diagram of the station;

secondly, refreshing;

thirdly, invalidation: the whole large ticket is invalidated, the reason is required to be input, but the examination and verification are not required;

fourthly, exporting the word;

fifth, monitoring: after the shift, the tickets which are not ordered yet need to be monitored again;

sixthly, right mouse click adding annotation: anyone can add annotations without considering the improper value;

seventhly, right clicking the small ticket with the mouse to discard: as long as the current values can be invalidated, the reason for invalidation needs to be input, and the auditing is not needed;

eighthly, right clicking the mouse to invalidate the item: as long as the current values can be invalidated, the reason for invalidation needs to be input, and the auditing is not needed;

ninthly, adding a receipt by right clicking the mouse;

r, end of operation: namely archiving;

jumping item: the tickets which do not have the same unit as the operation unit can support jumping items, and also support direct double-click unexecuted operation orders to pop up pages of the jumping items;

and (3) station login condition: the method is used for displaying the login situation of each operation unit under the large ticket. Only the station which is logged in is displayed;

the telephone orders: clicking a telephone icon in a call column in the table, popping up a telephone number of the factory station, selecting the number, and clicking confirmation to start to dial the telephone;

double-click order: the instruction page can be opened by double-clicking the factory station which is not in place; whether the unit is logged in or not is verified before the order is ordered by clicking the scheduling order on the order page; click phone call is not needed;

thirdly, a station repeating module (23); the method is characterized in that as for sign-in of a pre-order, a number and an interference item of a unit are added, the item number is required to be selected when the reciting of remarks is carried out, a reciting instruction is required to be captured, a temporary non-execution function is supported, a temporary non-execution reason is input, and the scheduling end carries out auditing;

a scheduling confirmation module (24) for automatically confirming the scheduling confirmation module through the system;

a station reporting module (25) is the same as the prearranged sign-in, added with the number and the interference item of the unit, and the item number needs to be selected when the remark is repeated;

sixthly, a dispatching order receiving module (26) can receive orders by normal double-click, also supports telephone order receiving, fills in corresponding remitters and defaults that the orders are directly finished;

the intelligent issuing module (29) can support the manual selection to re-sequence the execution sequence of the tickets when the operation tickets flow to the monitoring ring, and can support the simultaneous execution of a plurality of tickets; the whole large ticket needs to be checked once before monitoring, an automatic issuing button is clicked by a scheduling end point after monitoring, an automatic issuing function is started, the existing tickets are sequentially executed, topology and state checking needs to be carried out before issuing the order, state checking needs to be carried out before receiving the order, the checking is correct, the order is automatically issued, the order is automatically received, the checking is wrong, the automatic issuing function is stopped, abnormal information is popped up, and manual control is carried out.

4. The use method of the electric operation ticket-based access control system according to claim 3, characterized in that: and the telephone pre-sending and the double-click form pre-sending in the pre-order issuing need to fill corresponding information of the signoff.

5. The use method of the electric operation ticket-based access control system according to claim 3, characterized in that: the number interference item in the sign-in the pre-order sign-in is randomly generated according to the current number, and the number format is as follows: 23, W23 and X22; and operating unit interference items, randomly selecting units at the same level, and filtering the power dispatching plant, wherein the operating unit is a local dispatching, and the power dispatching plant does not need to generate the unit interference items.

6. The use method of the electric operation ticket-based access control system according to claim 3, characterized in that: in the monitoring of the command management module (22), right-clicking the small ticket by a mouse: the voided receipt needs to be marked on the page; right-clicking the invalidated item by the mouse needs to draw a line on the page, and the remaining invalidated items still go to the normal flow.

7. The use method of the electric operation ticket-based access control system according to claim 3, characterized in that: in the normal link in the dispatching order, a factory station does not need to sign in a ticket, the ticket is signed in by a person, as long as the factory station logs in, the state behind the ticket is in place and the order can be issued, wherein the operation unit is a power plant, a local dispatching unit and a monitoring default person, and the order can be directly issued; the guardian can do other operations except the incapability of ordering.

8. The use method of the electric operation ticket-based access control system according to claim 3, characterized in that: the intelligent command issuing module (29) is additionally provided with checking, inquiring, starting work, breaking points and contact on the basis of issuing, permission and entrusting of operation modes; the operation mode is checked, the corresponding file is generated by analyzing according to the instruction content and is transmitted to the power grid, and the result returned by the power grid is displayed on a page; the operation mode is inquiry, start-up, reply by the factory station end, and display the content replied by the factory station end on the page; the operation mode is breakpoint and contact, and the automatic command sending function is stopped.

Background

The operation ticket refers to written basis for performing electrical operation in the power system, and comprises a scheduling instruction ticket and a power transformation operation ticket, and the operation ticket is a main measure for preventing misoperation (pulling by mistake, closing by mistake, pulling with load, closing an isolating switch, closing with a ground wire and the like).

The existing entrance guard system based on the electric power operation ticket is inconvenient to operate the operation ticket, and the working efficiency is seriously influenced, so that the entrance guard system based on the electric power operation ticket and the method thereof are provided.

Disclosure of Invention

The invention aims to provide an access control system based on an electric power operation ticket and a method thereof, so as to solve the problems in the background technology.

In order to achieve the purpose, the invention provides the following technical scheme:

an entrance guard system based on an electric power operation ticket comprises a home page mechanism, an operation mechanism and a processing mechanism, wherein the home page mechanism and the operation mechanism are connected with the processing mechanism, the home page mechanism comprises a to-do module, an execution module, a sign-in module and a station sign-in module, the operation mechanism comprises a preprogram management module, a normal order management module, a station repeating module, a scheduling confirmation module, a station reporting module, a scheduling order receiving module, a station confirmation module, a query mechanism and an intelligent signaling module, and the processing mechanism is respectively connected with the preprogram management module, the normal order management module, the station repeating module, the scheduling confirmation module, the station reporting module, the scheduling order receiving module, the station confirmation module, the query mechanism and the intelligent signaling module;

the query mechanism comprises an on-duty executed module and an executed module within 5 days, and the on-duty executed module and the executed module within 5 days are both connected with the processing module;

an entrance guard system based on electric operation ticket and method thereof,

the home page mechanism comprises a backlog module, an execution module, a check-in module and a station check-in module; only displaying backlogs of the backlog orders through a backlog module; displaying ticket information currently executed at a factory station end through an executing module; the check-in module is used for displaying the checked-in station information, sequencing is carried out according to the login time, and the latest login is placed on the top; the factory station sign-in module is used for displaying the checked-in factory station information and sequencing according to the login time;

furthermore, the operating mechanism comprises a pre-order management module, a main order management module, a station repeating module, a scheduling confirmation module, a station reporting module, a scheduling order receiving module, a station confirmation module, a query mechanism and an intelligent order sending module;

the issue of the pre-order and the sign-in of the pre-order can be realized through the pre-order management module;

secondly, issuing a command in advance:

firstly, pre-foaming;

secondly, refreshing;

thirdly, exporting the word;

fourthly, one-key pre-expansion: selecting all tickets with the states of not pre-issued, clicking one-key pre-issued to pre-issue the selected tickets, and simultaneously notifying personnel at the station end of the factory to sign off through telephone broadcasting; selecting all tickets with the states in advance, clicking one key for advance, namely, notifying the factory station personnel of signing in the selected tickets through telephone broadcasting again;

fifthly, pre-sending the telephone: pre-issuing the telephone, and defaulting that all tickets of the unit in the pre-issuing link are pre-issued and signed;

sixthly, double-click form pre-launching: double-clicking the form, defaulting that all tickets of the unit under the large ticket are pre-issued and signed;

second, sign-in for prearranged order

Firstly, signing: when the instruction is repeated, the serial number and the operation unit are added in front of the instruction, and the instruction with the item number as the remark only needs to be selected;

② refreshing

Thirdly, exporting the word: the station terminal does not need to derive all the receipt information under the large ticket, and only derives the ticket information belonging to the station;

the monitoring and dispatching command issuing operation can be realized through the command management module;

secondly, monitoring:

firstly, station information: the bus wiring diagram, the primary wiring diagram and the instruction screenshot of the subsequent station repeat are used for displaying the bus wiring diagram and the primary wiring diagram of the station;

secondly, refreshing;

thirdly, invalidation: the whole large ticket is invalidated, the reason is required to be input, but the examination and verification are not required;

fourthly, exporting the word;

fifth, monitoring: the left view of the page, with the guardian's ticket on top;

sixthly, right mouse click adding annotation: anyone can add annotations without considering the improper value;

seventhly, right clicking the small ticket with the mouse to discard: as long as the current values can be invalidated, the reason for invalidation needs to be input, and the auditing is not needed;

eighthly, right clicking the mouse to invalidate the item: as long as the current values can be invalidated, the reason for invalidation needs to be input, and the auditing is not needed;

ninthly, starting to execute: turning to an execution link;

and (3) log-in conditions of the car (r) and the station: the system is used for displaying the login condition of each operation unit under the large ticket;

secondly, scheduling and ordering:

firstly, station information: the bus wiring diagram, the primary wiring diagram and the instruction screenshot of the subsequent station repeat are used for displaying the bus wiring diagram and the primary wiring diagram of the station;

secondly, refreshing;

thirdly, invalidation: the whole large ticket is invalidated, the reason is required to be input, but the examination and verification are not required;

fourthly, exporting the word;

fifth, monitoring: after the shift, the tickets which are not ordered yet need to be monitored again;

sixthly, right mouse click adding annotation: anyone can add annotations without considering the improper value;

seventhly, right clicking the small ticket with the mouse to discard: as long as the current values can be invalidated, the reason for invalidation needs to be input, and the auditing is not needed;

eighthly, right clicking the mouse to invalidate the item: as long as the current values can be invalidated, the reason for invalidation needs to be input, and the auditing is not needed;

ninthly, adding a receipt by right clicking the mouse;

r, end of operation: namely archiving;

jumping item: the tickets which do not have the same unit as the operation unit can support jumping items, and also support direct double-click unexecuted operation orders to pop up pages of the jumping items;

and (3) station login condition: the method is used for displaying the login situation of each operation unit under the large ticket. Only the station which is logged in is displayed;

the telephone orders: clicking a telephone icon in a call column in the table, popping up a telephone number of the factory station, selecting the number, and clicking confirmation to start to dial the telephone;

double-click order: the instruction page can be opened by double-clicking the factory station which is not in place; whether the unit is logged in or not is verified before the order is ordered by clicking the scheduling order on the order page; click phone call is not needed;

thirdly, a station repeating module; the method is characterized in that as for sign-in of a pre-order, a number and an interference item of a unit are added, the item number is required to be selected when the reciting of remarks is carried out, a reciting instruction is required to be captured, a temporary non-execution function is supported, a temporary non-execution reason is input, and the scheduling end carries out auditing;

a scheduling confirmation module for automatically confirming the scheduling confirmation module through the system;

fifthly, the station reporting module is added with the number and the interference item of the unit as the prearranged sign-in, and the item number needs to be selected when the remark is repeated;

sixthly, a dispatching order receiving module can receive orders by normal double-click, also supports telephone order receiving, fills in corresponding remitters and defaults that the orders are directly finished;

the intelligent issuing module can support manual selection to re-sequence the execution sequence of the tickets when the operation tickets flow to the monitoring ring, and can support simultaneous execution of a plurality of tickets; the whole large ticket needs to be checked once before monitoring, an automatic issuing button is clicked by a scheduling end point after monitoring, an automatic issuing function is started, the existing tickets are sequentially executed, topology and state checking needs to be carried out before issuing the order, state checking needs to be carried out before receiving the order, the checking is correct, the order is automatically issued, the order is automatically received, the checking is wrong, the automatic issuing function is stopped, abnormal information is popped up, and manual control is carried out;

furthermore, the corresponding information of the signoff is required to be filled in the telephone pre-sending and the double-click form pre-sending in the pre-order issuing;

further, the number interference items in the sign-in the pre-order sign-in are randomly generated according to the current number, and the number format is as follows: 23, W23 and X22; operating unit interference items, randomly selecting units at the same level, and filtering the power dispatching plant, wherein the operating unit is a local dispatching unit, and the power dispatching plant does not need to generate the unit interference items;

further, in the guardianship in the regular order management module, right-clicking by a mouse to invalidate the receipt: the voided receipt needs to be marked on the page; right clicking the item to be invalidated by the mouse, drawing lines on the page for the invalidated item, and leaving the invalidated item to still go through a normal flow;

furthermore, in the positive link in the dispatching order, the factory station does not need to sign in the ticket, the ticket is signed in by people, and the state behind the ticket is in place and can be ordered as long as the factory station has people to log in, wherein the operation unit is a power plant, the local dispatching unit and the monitoring unit can be directly ordered by acquiescent people; the guardian can perform other operations except the incapability of ordering;

furthermore, the intelligent command issuing module is additionally provided with checking, inquiring, starting work, breaking points and contact on the basis of issuing, permission and entrusting of operation modes; the operation mode is checked, the corresponding file is generated by analyzing according to the instruction content and is transmitted to the power grid, and the result returned by the power grid is displayed on a page; the operation mode is inquiry, start-up, reply by the factory station end, and display the content replied by the factory station end on the page; the operation mode is breakpoint and contact, and the automatic command sending function is stopped.

Compared with the prior art, the invention has the beneficial effects that:

1. the electric power ticket checking system can quickly and conveniently operate the electric power operation ticket, so that the examination and approval of the electric power ticket are more convenient and fast, and the working efficiency is greatly improved;

2. the invention synchronizes the related information through all the operation steps of network command sending; the one-key pre-sending and normal pre-sending processes are carried out by telephone broadcasting to inform the station to receive the ticket, so that the operation of the electric power operation ticket is safer;

drawings

Fig. 1 is a schematic view of an access control system based on an electric operation ticket and an overall structure of a method thereof.

In the figure: 1. a home page mechanism; 11. a backlog module; 12. an execution module; 13. a check-in module; 14. a station sign-in module; 2. an operating mechanism; 21. a preprorder management module; 22. a command management module; 23. a station repeating module; 24. a scheduling confirmation module; 25. a station reporting module; 26. a dispatching order receiving module; 27. a station confirmation module; 28. an inquiry mechanism; 29. an intelligent command issuing module; 3. a processing mechanism; 281. when the shift has executed the module; 282. the module was executed within 5 days.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1, the present invention provides a technical solution:

an entrance guard system based on an electric operation ticket comprises a home page mechanism 1, an operation mechanism 2 and a processing mechanism 3, the home page mechanism 1 and the operating mechanism 2 are both connected with the processing mechanism 3, the home page mechanism 1 comprises a backlog module 11, an execution module 12, a check-in module 13 and a station check-in module 14, the operating mechanism 2 comprises a pre-order management module 21, a normal order management module 22, a station repeat module 23, a scheduling confirmation module 24, a station report module 25, a scheduling order receiving module 26, a station confirmation module 27, a query mechanism 28 and an intelligent order sending module 29, the processing mechanism 3 is respectively connected with a preprogram management module 21, a normal order management module 22, a station repeat module 23, a scheduling confirmation module 24, a station report module 25, a scheduling order receiving module 26, a station confirmation module 27, a query mechanism 28 and an intelligent order sending module 29;

the query mechanism 28 comprises an on-duty executed module 281 and a 5-day executed module 282, and the on-duty executed module 281 and the 5-day executed module 282 are both connected with a processing module;

an entrance guard system based on electric operation ticket and method thereof,

the home page mechanism 1 comprises a backlog module 11, an execution module 12, a check-in module 13 and a station check-in module 14; only backlogs of the backlog orders are displayed through the backlog module 11; displaying ticket information currently executed at the factory station end through the executing module 12; the check-in module 13 is used for displaying the checked-in station information, sequencing according to the login time, and putting the latest login on the top; the station sign-in module 14 is used for displaying the checked-in station information and sequencing according to the login time;

in the invention, the operating mechanism 2 comprises a preprogram management module 21, a normal order management module 22, a station repeat module 23, a scheduling confirmation module 24, a station report module 25, a scheduling order receiving module 26, a station confirmation module 27, a query mechanism 28 and an intelligent order sending module 29;

the issue of the pre-order and the sign-in of the pre-order can be realized through the pre-order management module 21;

thirdly, issuing a preprogram:

firstly, pre-foaming;

secondly, refreshing;

thirdly, exporting the word;

fourthly, one-key pre-expansion: selecting all tickets with the states of not pre-issued, clicking one-key pre-issued to pre-issue the selected tickets, and simultaneously notifying personnel at the station end of the factory to sign off through telephone broadcasting; selecting all tickets with the states in advance, clicking one key for advance, namely, notifying the factory station personnel of signing in the selected tickets through telephone broadcasting again;

fifthly, pre-sending the telephone: pre-issuing the telephone, and defaulting that all tickets of the unit in the pre-issuing link are pre-issued and signed;

sixthly, double-click form pre-launching: double-clicking the form, defaulting that all tickets of the unit under the large ticket are pre-issued and signed;

second, sign-in for prearranged order

Firstly, signing: when the instruction is repeated, the serial number and the operation unit are added in front of the instruction, and the instruction with the item number as the remark only needs to be selected;

② refreshing

Thirdly, exporting the word: the station terminal does not need to derive all the receipt information under the large ticket, and only derives the ticket information belonging to the station;

monitoring and scheduling ordering operations can be realized through the ordering management module 22;

thirdly, monitoring:

firstly, station information: the bus wiring diagram, the primary wiring diagram and the instruction screenshot of the subsequent station repeat are used for displaying the bus wiring diagram and the primary wiring diagram of the station;

secondly, refreshing;

thirdly, invalidation: the whole large ticket is invalidated, the reason is required to be input, but the examination and verification are not required;

fourthly, exporting the word;

fifth, monitoring: the left view of the page, with the guardian's ticket on top;

sixthly, right mouse click adding annotation: anyone can add annotations without considering the improper value;

seventhly, right clicking the small ticket with the mouse to discard: as long as the current values can be invalidated, the reason for invalidation needs to be input, and the auditing is not needed;

eighthly, right clicking the mouse to invalidate the item: as long as the current values can be invalidated, the reason for invalidation needs to be input, and the auditing is not needed;

ninthly, starting to execute: turning to an execution link;

and (3) log-in conditions of the car (r) and the station: the system is used for displaying the login condition of each operation unit under the large ticket;

secondly, scheduling and ordering:

firstly, station information: the bus wiring diagram, the primary wiring diagram and the instruction screenshot of the subsequent station repeat are used for displaying the bus wiring diagram and the primary wiring diagram of the station;

secondly, refreshing;

thirdly, invalidation: the whole large ticket is invalidated, the reason is required to be input, but the examination and verification are not required;

fourthly, exporting the word;

fifth, monitoring: after the shift, the tickets which are not ordered yet need to be monitored again;

sixthly, right mouse click adding annotation: anyone can add annotations without considering the improper value;

seventhly, right clicking the small ticket with the mouse to discard: as long as the current values can be invalidated, the reason for invalidation needs to be input, and the auditing is not needed;

eighthly, right clicking the mouse to invalidate the item: as long as the current values can be invalidated, the reason for invalidation needs to be input, and the auditing is not needed;

ninthly, adding a receipt by right clicking the mouse;

r, end of operation: namely archiving;

jumping item: the tickets which do not have the same unit as the operation unit can support jumping items, and also support direct double-click unexecuted operation orders to pop up pages of the jumping items;

and (3) station login condition: the method is used for displaying the login situation of each operation unit under the large ticket. Only the station which is logged in is displayed;

the telephone orders: clicking a telephone icon in a call column in the table, popping up a telephone number of the factory station, selecting the number, and clicking confirmation to start to dial the telephone;

double-click order: the instruction page can be opened by double-clicking the factory station which is not in place; whether the unit is logged in or not is verified before the order is ordered by clicking the scheduling order on the order page; click phone call is not needed;

thirdly, a station repeating module 23; the method is characterized in that as for sign-in of a pre-order, a number and an interference item of a unit are added, the item number is required to be selected when the reciting of remarks is carried out, a reciting instruction is required to be captured, a temporary non-execution function is supported, a temporary non-execution reason is input, and the scheduling end carries out auditing;

a scheduling confirmation module 24 for automatically confirming the scheduling information through the system;

fifth, the station reporting module 25, as with the prearranged sign-in, adds the number and the interference item of the unit, and the item number needs to be selected when the remark is repeated;

sixthly, the dispatching order receiving module 26 can receive orders by normal double-click, also supports telephone order receiving, fills in corresponding remitters and defaults that the orders are directly finished;

seventhly, the intelligent issuing module 29 can support manual selection to re-sequence the execution sequence of the tickets when the operation ticket flow is transferred to the monitoring ring, and can support simultaneous execution of a plurality of tickets; the whole large ticket needs to be checked once before monitoring, an automatic issuing button is clicked by a scheduling end point after monitoring, an automatic issuing function is started, the existing tickets are sequentially executed, topology and state checking needs to be carried out before issuing the order, state checking needs to be carried out before receiving the order, the checking is correct, the order is automatically issued, the order is automatically received, the checking is wrong, the automatic issuing function is stopped, abnormal information is popped up, and manual control is carried out;

in the invention, the corresponding information of the signoff is required to be filled in the telephone pre-issue and the double-click form pre-issue in the pre-order issue;

in the invention, the number interference item in the sign-in the pre-order sign-in is randomly generated according to the current number, and the number format is as follows: 23, W23 and X22; operating unit interference items, randomly selecting units at the same level, and filtering the power dispatching plant, wherein the operating unit is a local dispatching unit, and the power dispatching plant does not need to generate the unit interference items;

in the present invention, during the monitoring in the command management module 22, the right mouse click invalidates the ticket: the voided receipt needs to be marked on the page; right clicking the item to be invalidated by the mouse, drawing lines on the page for the invalidated item, and leaving the invalidated item to still go through a normal flow;

in the invention, in the normal link in the dispatching order, a factory station does not need to sign in a ticket, but signs in according to people, and as long as a factory station logs in, the state behind the ticket is in place and can be ordered, wherein the operation unit is a power plant, the local dispatching unit, the monitoring default is that someone is present, and the order can be directly ordered; the guardian can perform other operations except the incapability of ordering;

in the invention, the intelligent command issuing module 29 is additionally provided with checking, inquiring, starting work, breaking points and contact on the basis of issuing commands, permission and entrusting; the operation mode is checked, the corresponding file is generated by analyzing according to the instruction content and is transmitted to the power grid, and the result returned by the power grid is displayed on a page; the operation mode is inquiry, start-up, reply by the factory station end, and display the content replied by the factory station end on the page; the operation mode is breakpoint and contact, and the automatic command sending function is stopped.

It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.