Elevator dispatching method for intelligently judging target floor through multi-floor permission
By establishing an independent ladder distribution plan group for each user within the ladder distribution system and setting the first and second floor selection according to the user's daily life rules, the problem of low intelligence in the existing intelligent ladder distribution system is solved, and automated ladder distribution and efficient use of multi-floor permission users is realized.
Patent Information
- Application Number
- CN202411808269.2
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2024-12-10
- Publication Date
- 2025-04-25
AI Technical Summary
The existing intelligent ladder system can only preset a fixed floor target, which is low in intelligence, and users need to manually intervene in selecting the current floor target, resulting in inconvenience and inefficiency.
It provides a method of placing ladders with intelligent judgment of target floors with multiple permissions. By establishing an independent pladder plan group for each user within the pladder system, each plan group contains multiple pladder plans, setting the first floor and second floor according to the user's daily life rules, and automatically generating temporary tasks based on temporary information.
It has realized the automated ladder distribution for users with multiple floors of permissions, and sets different priority plans based on users' daily life rules, which improves the degree of intelligence and convenience of use, and enhances the efficiency of ladder distribution.
Smart Images
Figure CN119873536A_ABST
Abstract
Description
Technical Field
[0001] The present invention relates to the technical field of intelligent elevator dispatching, and in particular to an elevator dispatching method for intelligently judging a target floor with multiple levels of authority. Background Art
[0002] At present, many smart buildings have used intelligent elevator dispatching systems, which dispatch elevators through card swiping, code scanning, biometrics, etc. When encountering multiple floor permissions, elevator dispatching becomes a semi-automatic experience. Users can only reach a fixed default floor target set in advance, and often have to manually intervene to select the current floor target. The intelligence, convenience and efficiency of elevator dispatching need to be further improved. Summary of the invention
[0003] In order to solve the technical problems that the elevator dispatching system can only preset a fixed floor target, has a low intelligence level and is inconvenient to use, the present invention provides an elevator dispatching method for intelligently judging the target floor with multiple layers of authority, which enables customized automatic elevator dispatching for users with multiple floors of authority, and automatically generates temporary tasks based on the acquisition of temporary information. It has a high intelligence level, is more convenient for users to use, and is more efficient in elevator dispatching.
[0004] The technical solution adopted by the present invention is to provide a multi-layer authority intelligent elevator dispatching method for determining the target floor, including an elevator dispatching system, and also including establishing an independent elevator dispatching plan group for each user in the elevator dispatching system, each elevator dispatching plan group includes multiple elevator dispatching plans, and divides 24 hours a day into multiple time periods according to the daily life patterns of the users, each time period is associated with an elevator dispatching plan, and each elevator dispatching plan sets a preferred floor and a secondary floor. On this basis, the elevator dispatching method includes:
[0005] When the user calls the elevator on the first floor, the elevator will be sent to the second floor.
[0006] When the floor that the user calls is not the preferred floor, the elevator will be sent to the preferred floor.
[0007] The time period includes one or more of a breakfast time period, a working time period, a lunch time period, a lunch break time period, an off-duty time period, a dinner time period, and an overtime time period.
[0008] The multiple elevator dispatching plans of the current user are defined and classified in order of priority from high to low: primary task, temporary task, regular task and default task. The default task is the default elevator dispatching plan for 24 hours a day. Multiple regular tasks are associated with multiple time periods respectively. The temporary task is a one-time temporary preset elevator dispatching plan. The primary task is an important elevator dispatching plan.
[0009] The default task includes setting the daily working floor as the primary floor and setting the daily access floor as the secondary floor; the daily access floor is the ground floor or the parking lot floor.
[0010] The routine task includes setting the user's current floor as the secondary floor and setting the user's destination floor as the primary floor.
[0011] When the elevator dispatch system obtains meeting information, including arrival time and departure time, it generates a temporary task, sets the meeting floor as the preferred floor, and sets the daily work floor as the secondary floor.
[0012] When the elevator dispatching system obtains the parking information of the user on the parking lot floor, the parking lot floor is set as the secondary floor in the default task of the day.
[0013] When the user needs to transfer in multiple elevator halls, the floor for transfer between the previous and next elevator halls is defined as the transfer floor. The transfer floor is set as the preferred floor in the default task of the previous elevator hall, and the secondary floor remains unchanged. The transfer floor is set as the secondary floor in the default task of the next elevator hall, and the preferred floor remains unchanged.
[0014] The beneficial effects of the present invention are that it provides an elevator dispatching method for intelligently judging the target floor with multiple layers of authority, realizes automatic elevator dispatching for users with multiple floors of authority, sets elevator dispatching plans with different priorities according to the different daily life patterns of the users, customizes elevator dispatching for each user, and links the elevator dispatching system with the conference system to realize automatic generation of elevator dispatching plans for conference periods, and links the elevator dispatching system with the parking lot system to automatically generate the entrance and exit floors for the day. The method has a high degree of intelligence, and can realize automatic elevator dispatching after the user calls the elevator without manual floor selection. Temporary tasks can be automatically generated according to the user's temporary time, making it more flexible and automated to use. BRIEF DESCRIPTION OF THE DRAWINGS
[0015] Figure 1 It is a flow chart of the present invention. DETAILED DESCRIPTION
[0016] like Figure 1 As shown, the present invention provides a multi-layer authority intelligent elevator dispatching method for determining the target floor, including an elevator dispatching system, and also including establishing an independent elevator dispatching plan group for each user in the elevator dispatching system, each elevator dispatching plan group includes multiple elevator dispatching plans, and divides 24 hours a day into multiple time periods according to the daily life patterns of the users, each time period is associated with an elevator dispatching plan, and each elevator dispatching plan sets a preferred floor and a secondary floor. On this basis, the elevator dispatching method includes:
[0017] When the user calls the elevator on the first floor, the elevator will be sent to the second floor.
[0018] When the floor that the user calls is not the preferred floor, the elevator will be sent to the preferred floor.
[0019] like Figure 1 As shown, the time period includes one or more of a breakfast time period, a working time period, a lunch time period, a lunch break time period, an off-get off work time period, a dinner time period, and an overtime time period.
[0020] like Figure 1 As shown, multiple elevator dispatching plans for the current user are defined and classified in order of priority from high to low: primary task, temporary task, regular task and default task. The default task is the default elevator dispatching plan for 24 hours a day. Multiple regular tasks are associated with multiple time periods respectively. Temporary tasks are one-time temporary preset elevator dispatching plans. The primary task is an important elevator dispatching plan.
[0021] like Figure 1 As shown, the default task includes setting the daily working floor as the preferred floor and setting the daily access floor as the secondary floor; the daily access floor is the ground floor or the parking lot floor.
[0022] like Figure 1 As shown, the conventional task includes setting the user's current floor as the secondary floor and setting the user's destination floor as the primary floor.
[0023] like Figure 1 As shown, when the elevator dispatching system obtains the meeting information, including the arrival time and the departure time, a temporary task is generated, and the meeting floor is set as the preferred floor, and the daily work floor is set as the secondary floor.
[0024] like Figure 1 As shown, when the elevator dispatching system obtains the parking information of the user on the parking lot floor, the parking lot floor is set as the secondary selected floor in the default task of the day.
[0025] like Figure 1 As shown, when the user needs to transfer between multiple elevator halls, the floor for transfer between the previous and next elevator halls is defined as the transfer floor, the transfer floor is set as the preferred floor in the default task of the previous elevator hall, and the secondary floor remains unchanged, and the transfer floor is set as the secondary floor in the default task of the next elevator hall, and the preferred floor remains unchanged.
[0026] The specific implementation steps of the present invention based on the dispatch system include:
[0027] S101. Establishing an elevator dispatch plan group in the dispatch system. Each user corresponds to an elevator dispatch plan group. Each elevator dispatch plan group includes multiple elevator dispatch plans. Each elevator dispatch plan corresponds to two default floors: one is a preferred floor, and the other is a secondary floor.
[0028] S102. The logic of dispatching elevators to these two floors is to determine whether the elevator calling floor is on the preferred floor when calling the elevator. If not, dispatch the elevator to the preferred floor. If it is, dispatch the elevator to the secondary floor. This logic is also the core logic of the entire elevator dispatch solution group. The advantage of this is that it only needs to be configured once to intelligently dispatch elevators between the two locations. With the conditional constraints of the time period, automatic elevator dispatch can be achieved in more scenarios.
[0029] S103, multiple user time periods are set for each user, and the user time period can be set as a time period of daily regular activities, such as breakfast time period, working time period, lunch break time period, and off-get off work time period. These time periods often have repeated action tracks.
[0030] S104. Each user can set elevator dispatching plans for multiple time periods, and each time period has an independent elevator dispatching plan.
[0031] S105. The elevator dispatching scheme group has task attributes to distinguish the processing priorities of different elevator dispatching schemes in the same time period. The priorities are from high to low: primary task > temporary task > regular task > default task.
[0032] The default task is all day by default. All non-time periods are executed according to the default task dispatching plan. A user has only one default task in an elevator hall. Usually, the daily work location is selected as the preferred floor, and the daily entrance and exit is selected as the secondary floor. In this way, the simplest two-point one-line elevator dispatching can be achieved. The default task is managed separately, and its preferred floor and secondary floor are custom settings. At the same time, it supports system linkage changes. The content of system linkage changes can be reset to custom values every day.
[0033] In addition to the default tasks, regular tasks also include the dispatching plan associated with the user's time period. Different time periods are associated with an independent regular task. For example, during the lunch period, you need to go to the restaurant, and the restaurant and the workstation form a new straight line.
[0034] Temporary tasks are tasks that are temporarily issued. They are mostly from system docking. Unlike regular tasks, they will be deleted after they expire. For example, in a meeting, the elevator call dispatching between the working floor and the meeting room floor.
[0035] Primary task: urgent or important elevator dispatching task, with the highest priority, which can be used for expansion.
[0036] The elevator dispatching system in the present invention is linked with the conference system: the elevator dispatching system is linked with the conference system to automatically generate a temporary elevator dispatching plan for the conference time period.
[0037] The conference system sends the arrival and departure time of the meeting, and the floor where the conference room is located to the elevator dispatching system. The elevator dispatching system will add reserved time before and after the arrival and departure time, and then automatically generate the meeting time period; then create a temporary task, the first floor is set to the floor where the conference room is located, and the second floor is the daily office floor.
[0038] The elevator dispatching system in the present invention is linked with the parking lot system: the elevator dispatching system is linked with the parking lot system.
[0039] When the user drives into the building parking lot and parks successfully, the parking system will transmit the parking floor to the elevator dispatching system, and the elevator dispatching system will replace the parking floor with the secondary floor in the default task as the entry and exit setting for the day. It can be used both when going to and from work.
[0040] When users need to transfer in multiple elevator halls or multiple elevator rooms, automatic up and down elevator dispatching can be achieved by establishing elevator dispatching tasks in advance.
[0041] Multiple elevator dispatch plans need to be established in the same time period. The paths between different elevators are different, and they need to be completed by two or even more elevator dispatch tasks in cooperation. The transfer floors between elevators should be defined in advance to generate the elevator dispatch plan.
[0042] Normally, a user can only correspond to one default task. There cannot be any overlap in the time periods of multiple regular tasks and temporary tasks of the same level, otherwise it will cause judgment conflicts. However, there is an exception, that is, multiple elevators collaborate to dispatch elevators on the transfer layer. Because the elevator hall manages different elevator dispatching space areas and the elevator dispatching commands are not received by the same interface, the same priority tasks of multiple elevators in the same time period do not conflict. However, the elevator dispatching system cannot know whether it is a different elevator section. The solution is to clearly divide the different elevator sections.
[0043] The present invention can analyze the user's behavior trajectory and establish a time period elevator dispatching plan based on the periodic user elevator riding trajectory.
[0044] If the same trajectory exists within the same time period on different dates, then the time period and elevator dispatching tasks can be established based on this. By analyzing the high-frequency start and end points during get off work and off-work hours, the default tasks can be set.
[0045] In order to better illustrate the present invention, the present invention is better described below with specific examples.
[0046] Example 1:
[0047] Xiao Zhang’s authorized floors are 1F-building entrance and exit, 6F-canteen, 10F-laboratory, 12F-conference room, and 13F-workstation.
[0048] Xiao Zhang's daily routine is to clock in at the 13F workstation before 8:30, go back and forth between the 10F laboratory and the 13F workstation from 9:00 to 11:30, go to the sixth floor for lunch between 11:30 and 13:00, and then go back to his workstation to rest. After get off work, he can take the elevator to the 1F lobby at any time after 17:30. Occasionally, there will be elevator dispatch plans generated by the conference system.
[0049] First, create an elevator dispatch plan group for Xiao Zhang, and then create a default task: the first floor for the whole day is 13F, and the second floor for the whole day is 1F. When the elevator is not called on the 13th floor, the elevator is dispatched to the 13th floor by default. When the elevator is called on the 13th floor, the elevator is dispatched to the 1st floor.
[0050] Secondly, we set up regular tasks: go to the laboratory between 9:00 and 11:30, and go to the restaurant between 11:30 and 13:00. According to the time and place sent by the conference system, we set up a temporary task dispatching plan and delete it after it expires.
[0051] Table 1: Example 1 Elevator Scheme Details
[0052]
[0053] See Table 1:
[0054] Elevator dispatching plan 1: The 13th floor is the preferred floor, and the 1st floor is the secondary floor. If you call the elevator on the 13th floor, the elevator will be dispatched to the 1st floor. If you call the elevator on other floors, the elevator will be dispatched to the 13th floor.
[0055] Elevator dispatching plan 2: The 10th floor is the preferred floor, and the 13th floor is the secondary floor. If you call the elevator on the 10th floor, the elevator will be dispatched to the 13th floor. If you call the elevator on other floors, the elevator will be dispatched to the 10th floor.
[0056] Elevator dispatching plan 3: The 6th floor is the preferred floor, and the 13th floor is the secondary floor. If you call the elevator on the 6th floor, the elevator will be dispatched to the 13th floor. If you call the elevator on other floors, the elevator will be dispatched to the 6th floor.
[0057] Elevator dispatching plan 4: The 9th floor is the preferred floor, and the 13th floor is the secondary floor. If you call the elevator on the 9th floor, the elevator will be dispatched to the 13th floor. If you call the elevator on other floors, the elevator will be dispatched to the 9th floor.
[0058] From 09:20 to 10:30, temporary tasks have a higher priority than regular tasks and are executed according to Plan 4 during this time period.
[0059] From 09:00 to 11:30, the routine tasks are based on elevator dispatch plan 2. During this time period, you can use the routine tasks to travel between the two designated floors.
[0060] From 11:30 to 13:00, the routine tasks are based on elevator dispatch plan 3. During this time period, you can use the routine tasks to travel between the two designated floors.
[0061] 00:00~24:00, the default task is executed according to the elevator dispatch plan 1.
[0062] Example 2:
[0063] Xiao Li drove to the company today and parked his car on the second floor underground. He needed to take the elevator to his workstation. His route passed through two elevator halls, one for the parking lot and one for the low-rise area. The parking lot system linked the elevator dispatching system to generate an elevator dispatching plan.
[0064] First, define the first floor as the transfer floor.
[0065] Next, set the default tasks for the two elevator halls, as shown in the following table:
[0066] The parking floor is used as the secondary floor to the parking lot elevator hall, and the transfer floor is used as the primary floor.
[0067] The transfer floor in the lower elevator hall is set as the secondary floor, and the primary floor is the destination floor.
[0068] Table 2: Example of two-stage elevator solution details
[0069]
[0070] See Table 2:
[0071] The elevator dispatching scheme for the parking lot elevator hall: During work hours, if you call the elevator on the -2th floor, the elevator will be automatically dispatched to the 1st floor. During off-get off work hours, if you call the elevator on the 1st floor, the elevator will be dispatched to the -2th floor.
[0072] The elevator dispatching plan for the lower elevator hall: During work hours, if you call the elevator on the 1st floor, the elevator will be automatically dispatched to the 13th floor. During off-get off work hours, if you call the elevator on the 13th floor, the elevator will be automatically dispatched to the 1st floor.
Claims
1. A multi-level authority intelligent method for dispatching elevators to target floors, including an elevator dispatching system, characterized in that: It also includes establishing an independent elevator dispatching plan group for each user in the elevator dispatching system, each elevator dispatching plan group includes multiple elevator dispatching plans, and dividing 24 hours a day into multiple time periods according to the daily life patterns of the users, each time period is associated with an elevator dispatching plan, and each elevator dispatching plan sets a preferred floor and a secondary floor. On this basis, the elevator dispatching method includes: When the user calls the elevator on the first floor, the elevator will be sent to the second floor. When the floor that the user calls is not the preferred floor, the elevator will be sent to the preferred floor.
2. According to claim 1, a multi-level authority intelligent method for dispatching elevators to target floors, characterized in that: The time period includes one or more of a breakfast time period, a working time period, a lunch time period, a lunch break time period, an off-duty time period, a dinner time period, and an overtime time period.
3. The method for dispatching elevators based on multi-level authority intelligently judging the target floor according to claim 1, characterized in that: The user's multiple elevator dispatching plans are graded in order of priority from high to low: primary task, temporary task, regular task and default task. The default task is the default elevator dispatching plan for 24 hours a day. Multiple regular tasks are associated with multiple time periods respectively. The temporary task is a one-time temporary preset elevator dispatching plan. The primary task is an important elevator dispatching plan.
4. A voice-based intelligent contactless elevator dispatching method according to claim 3, characterized in that: The default task includes setting the daily working floor as the primary floor and setting the daily access floor as the secondary floor; the daily access floor is the ground floor or the parking lot floor.
5. A voice-based intelligent contactless elevator dispatching method according to claim 3, characterized in that: The routine task includes setting the user's current floor as the secondary floor and setting the user's destination floor as the primary floor.
6. A voice-based intelligent contactless elevator dispatching method according to claim 1, characterized in that: When the elevator dispatch system obtains meeting information, including arrival time and departure time, it generates a temporary task, sets the meeting floor as the preferred floor, and sets the daily work floor as the secondary floor.
7. The voice-based intelligent contactless elevator dispatching method according to claim 1, characterized in that: When the elevator dispatching system obtains the parking information of the user on the parking lot floor, the parking lot floor is set as the secondary floor in the default task of the day.
8. The voice-based intelligent contactless elevator dispatching method according to claim 1, characterized in that: When the user needs to transfer in multiple elevator halls, the floor for transfer between the previous and next elevator halls is defined as the transfer floor. The transfer floor is set as the preferred floor in the default task of the previous elevator hall, and the secondary floor remains unchanged. The transfer floor is set as the secondary floor in the default task of the next elevator hall, and the preferred floor remains unchanged.