CN110329859B - Elevator control system based on passenger riding habits - Google Patents
Elevator control system based on passenger riding habits Download PDFInfo
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- CN110329859B CN110329859B CN201910596670.7A CN201910596670A CN110329859B CN 110329859 B CN110329859 B CN 110329859B CN 201910596670 A CN201910596670 A CN 201910596670A CN 110329859 B CN110329859 B CN 110329859B
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B1/00—Control systems of elevators in general
- B66B1/02—Control systems without regulation, i.e. without retroactive action
- B66B1/06—Control systems without regulation, i.e. without retroactive action electric
- B66B1/14—Control systems without regulation, i.e. without retroactive action electric with devices, e.g. push-buttons, for indirect control of movements
- B66B1/16—Control systems without regulation, i.e. without retroactive action electric with devices, e.g. push-buttons, for indirect control of movements with means for storing pulses controlling the movements of a single car or cage
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B2201/00—Aspects of control systems of elevators
- B66B2201/40—Details of the change of control mode
- B66B2201/402—Details of the change of control mode by historical, statistical or predicted traffic data, e.g. by learning
Abstract
The invention discloses an elevator control system based on passenger elevator taking habits, which divides functions of passenger elevator taking habits self-learning and elevator control functions, respectively realizes the passenger elevator taking habits self-learning and the elevator control functions in different devices according to division results, and establishes a special interaction mode between the two devices. The elevator control system based on the passenger elevator taking habits of the invention not only reduces the storage capacity and performance requirements of the elevator control device, but also improves the learning capacity of the elevator taking habits and the elevator control accuracy of the waiting elevator taking control mode.
Description
Technical Field
The invention relates to an elevator control technology, in particular to an elevator control system based on passenger elevator riding habits.
Background
In the practical use of elevator, because of passenger's regularity trip makes the operation of elevator present certain regularity: if the elevator stops at a certain floor in response to the elevator taking call of a certain passenger at about 7 o' clock every working day in the morning, the car door is opened after the passenger enters the car and moves to a bottom hall, and the passenger leaves the elevator. For this application scenario, the existing elevator generally operates from its current location to the floor where the passenger is located after receiving the passenger's elevator-taking call signal. In such a response mode, passengers need to wait for a certain time before entering the elevator car to take the elevator, so that the elevator car runs to the floor where the passengers are located from the current position of the elevator car, and the waiting time of the passengers is increased.
To solve this problem, chinese patent invention (grant No.: CN104150291B, 2016.03.30) proposes matching the current time with the historical operating time of the elevator and controlling the elevator to move to the corresponding floor to wait for a call when the matching is successful, thereby shortening the waiting time of the passenger. However, in the proposed implementation, the waiting boarding control is implemented by matching the current date and time with the operation database when no external call is received within a predetermined time. Generally speaking, the rule algorithm for identifying passenger travel is complex, the calculated amount is large, a large amount of elevator operation data needs to be stored, and the real-time requirement on the elevator operation data is relatively low; while the computational load of the wait control is relatively small but the real-time requirements are relatively high. The chinese invention patent (grant numbers: CN104150291B, 2016.03.30) does not give how to implement the waiting control of elevators according to the functional division.
Disclosure of Invention
The invention aims to provide an elevator control system based on passenger elevator taking habits, which can improve the learning capacity of the elevator taking habits and the elevator control accuracy of a waiting elevator taking control mode, and reduce the storage capacity and performance requirements of an elevator control device.
In order to solve the technical problem, the elevator control system based on the passenger elevator taking habit provided by the invention comprises an elevator control device and an elevator taking habit learning device;
the elevator control device comprises an elevator operation data collection unit, a control mode selection unit, an upgrading unit, a default elevator taking habit storage unit, an upgrading control unit, a communication unit and a control elevator taking habit storage unit;
the elevator taking habit learning device comprises a checking unit, a communication unit, a learning control unit, a passenger elevator taking habit learning unit, an elevator operation data storage unit and a learning elevator taking habit storage unit;
the elevator operation data collecting unit is used for continuously collecting elevator operation data and sending the elevator operation data to the elevator riding habit learning device through the communication unit, and the elevator riding habit learning device receives the elevator operation data and stores the elevator operation data into the elevator operation data storage unit;
the control mode selection unit is used for selecting one of at least two control modes including a waiting elevator taking control mode;
the default elevator taking habit storage unit is used for storing a default passenger elevator taking habit model;
the upgrading unit is used for updating the default passenger elevator taking habit model in the default elevator taking habit storage unit;
the control unit is used for controlling the elevator to run according to the selected control mode of the control mode selection unit, and when the control mode selection unit selects the waiting elevator taking control mode, the control unit controls the elevator to run according to the default passenger elevator taking habit model in the default elevator taking habit storage unit and the waiting elevator taking control algorithm;
the inspection unit is used for inspecting whether the elevator operation data received by the elevator operation data storage unit accords with a passenger elevator taking habit model in the learning elevator taking habit storage unit or not and outputting an inspection result to the learning control unit, and the inspection result is that the data model is not adaptive when the inspection result does not accord with the passenger elevator taking habit model;
the learning control unit is used for controlling the elevator taking habit learning unit to learn the elevator taking habits of passengers according to the elevator operation data received by the elevator operation data storage unit when the data model is not suitable according to the inspection result;
the elevator taking habit learning unit is used for learning elevator taking habits of passengers according to the elevator operation data received by the elevator operation data storage unit to obtain a passenger elevator taking habit model, and sending the obtained passenger elevator taking habit model to the learned elevator taking habit storage unit to serve as the current passenger elevator taking habit model; the communication unit receives the passenger elevator-taking habit model and stores the passenger elevator-taking habit model in the elevator control device as a current passenger elevator-taking habit model;
the upgrading control unit is used for controlling the upgrading unit to upgrade the default passenger elevator taking habit model in the default elevator taking habit storage unit, namely, the default passenger elevator taking habit model is replaced by the current passenger elevator taking habit model in the control elevator taking habit storage unit.
Preferably, the elevator operation data storage unit retains only the elevator operation data received newly for a set number or a set time.
Preferably, the elevator control device and the elevator riding habit learning device communicate with each other in a wired or wireless manner.
Preferably, before the elevator control system based on the passenger boarding habit is operated for the first time, the passenger boarding habit model is prestored in the learning boarding habit storage unit as the current passenger boarding habit model.
Preferably, the control mode selection unit is configured to select one of at least two control modes including a waiting-for-boarding control mode and a non-waiting-for-boarding control mode;
if the elevator control system based on the passenger elevator taking habits is operated for the first time, the control mode selects a non-waiting elevator taking control mode, and the control mode selection unit sends an elevator taking habit learning request instruction to the learning control unit through the communication unit;
if the elevator control system based on the passenger riding habits is not operated for the first time, the control unit directly controls the elevator to operate according to the selected control mode of the control mode selection unit.
Preferably, the control mode selection unit selects the non-waiting elevator taking control mode when the default elevator taking habit storage unit does not have the default passenger elevator taking habit model, and otherwise selects the waiting elevator taking control mode.
Preferably, after receiving the elevator riding habit learning request instruction, the learning control unit judges whether the elevator operation data received by the elevator operation data storage unit meets a set rule; if the elevator riding habit learning unit meets the set rule, the elevator riding habit learning unit is controlled to learn the elevator riding habits of passengers according to the elevator running data received by the elevator running data storage unit.
Preferably, the elevator control system based on the passenger elevator taking habits comprises at least two elevator control devices and an elevator taking habit learning device;
different elevator control devices have different identification codes;
the command and data sent by the elevator control device to the elevator riding habit learning device comprise an identification code of the elevator control device;
the data sent to the elevator control device by the elevator riding habit learning device comprises the identification code of the corresponding elevator control device;
the inspection unit is used for inspecting whether the elevator operation data of each elevator control device received by the elevator operation data storage unit accords with a passenger elevator taking habit model of the corresponding elevator control device in the learning elevator taking habit storage unit or not and outputting an inspection result to the learning control unit, and if the elevator operation data do not accord with the passenger elevator taking habit model, the inspection result is that the data model of the corresponding elevator control device is not adaptive;
the learning control unit controls the elevator taking habit learning unit to learn the elevator taking habits of passengers according to the elevator operation data of the corresponding elevator control device received by the elevator operation data storage unit when the inspection result is that the data model of the corresponding elevator control device is not suitable;
the elevator taking habit learning unit is used for learning elevator taking habits of passengers according to the elevator operation data of the corresponding elevator control devices received by the elevator operation data storage unit to obtain elevator taking habit models of the corresponding elevator control devices, and sending the obtained elevator taking habit models of the corresponding elevator control devices to the learned elevator taking habit storage unit to serve as current passenger taking habit models of the corresponding elevator control devices; and the obtained passenger riding habit model of the corresponding elevator control device is output to a control riding habit storage unit in the corresponding elevator control device by a communication unit to be used as the current passenger riding habit model.
Preferably, the elevator-taking habit learning device is arranged in a property monitoring center or on a cloud server.
Preferably, the passenger elevator-taking habit model comprises model version information;
and the upgrading control unit controls the upgrading unit to upgrade the passenger elevator taking habit model when the elevator is in a waiting elevator taking control mode and the version of the default passenger elevator taking habit model in the default elevator taking habit storage unit is lower than that of the current passenger elevator taking habit model in the control elevator taking habit storage unit, namely the passenger elevator taking habit model is replaced by a new passenger elevator taking habit model.
The elevator control system based on the passenger boarding habits performs function division on the passenger boarding habit self-learning and elevator control functions, respectively realizes the passenger boarding habit self-learning and elevator control functions in different devices according to division results, and establishes a special interaction mode between the two devices. The invention not only reduces the storage capacity and performance requirements of the elevator control device, but also improves the learning capacity of elevator riding habits and the elevator control accuracy of the waiting elevator riding control mode.
Drawings
In order to more clearly illustrate the technical solution of the present invention, the drawings needed to be used in the present invention are briefly introduced below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art that other drawings can be obtained according to the drawings without creative efforts.
Fig. 1 is a schematic structural diagram of an embodiment of an elevator control system based on passenger riding habits according to the present invention.
Detailed Description
The technical solutions in the present invention will be described clearly and completely with reference to the accompanying drawings, and it should be understood that the described embodiments are some, but not all embodiments of the present invention. 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.
Example one
As shown in fig. 1, the elevator control system based on passenger riding habits comprises an elevator control device and a riding habit learning device;
the elevator control device comprises an elevator operation data collection unit, a control mode selection unit, an upgrading unit, a default elevator taking habit storage unit, an upgrading control unit, a communication unit and a control elevator taking habit storage unit;
the elevator taking habit learning device comprises a checking unit, a communication unit, a learning control unit, a passenger elevator taking habit learning unit, an elevator operation data storage unit and a learning elevator taking habit storage unit;
the elevator operation data collecting unit is used for continuously collecting elevator operation data and sending the elevator operation data to the elevator riding habit learning device through the communication unit, and the elevator riding habit learning device receives the elevator operation data and stores the elevator operation data into the elevator operation data storage unit;
the control mode selection unit is used for selecting one of at least two control modes including a waiting elevator taking control mode;
the default elevator taking habit storage unit is used for storing a default passenger elevator taking habit model;
the upgrading unit is used for updating the default passenger elevator taking habit model in the default elevator taking habit storage unit;
the control unit is used for controlling the elevator to run according to the selected control mode of the control mode selection unit, and when the control mode selection unit selects the waiting elevator taking control mode, the control unit controls the elevator to run according to the default passenger elevator taking habit model in the default elevator taking habit storage unit and the waiting elevator taking control algorithm;
the inspection unit is used for inspecting whether the elevator operation data received by the elevator operation data storage unit accords with a passenger elevator taking habit model in the learning elevator taking habit storage unit or not and outputting an inspection result to the learning control unit, and the inspection result is that the data model is not adaptive when the inspection result does not accord with the passenger elevator taking habit model;
the learning control unit is used for controlling the elevator taking habit learning unit to learn the elevator taking habits of passengers according to the elevator operation data received by the elevator operation data storage unit when the data model is not suitable according to the inspection result;
the elevator taking habit learning unit is used for learning elevator taking habits of passengers according to the elevator operation data received by the elevator operation data storage unit to obtain a passenger elevator taking habit model, and sending the obtained passenger elevator taking habit model to the learned elevator taking habit storage unit to serve as the current passenger elevator taking habit model; the communication unit receives the passenger elevator-taking habit model and stores the passenger elevator-taking habit model in the elevator control device as a current passenger elevator-taking habit model;
the upgrading control unit is used for controlling the upgrading unit to upgrade the default passenger elevator taking habit model in the default elevator taking habit storage unit, namely, the default passenger elevator taking habit model is replaced by the current passenger elevator taking habit model in the control elevator taking habit storage unit.
Preferably, the elevator operation data storage may store accumulated elevator operation data or retain only the elevator operation data of a set number or a set time that is newly received.
The elevator control device and the elevator riding habit learning device can be communicated in a wired mode or in a wireless mode.
The elevator taking habits are general terms of a group of passengers taking the elevator regularly, and the elevator taking habits generally comprise the elevator taking time and the floor (subsequently called elevator taking floor) where the passengers enter the elevator car, or further comprise elevator taking direction and/or destination floor information. In the same elevator taking habit, the elevator taking floors of passengers are necessarily the same, and the elevator taking time is approximately the same, such as: when a passenger leaves the elevator car after taking the elevator from the 10 th floor to the 1 st floor at about 7:00 morning every day, the passenger's elevator taking habit can be expressed as: 7:00,10 storied buildings each day.
According to the elevator control system based on the passenger boarding habits, the functions of passenger boarding habit self-learning and elevator control are divided, the passenger boarding habit self-learning and elevator control functions are respectively realized in different devices according to the division result, and a special interaction mode between the two devices is established. The elevator control system based on the passenger elevator taking habits not only reduces the storage capacity and performance requirements of the elevator control device, but also improves the learning capacity of the elevator taking habits and the elevator control accuracy of the waiting elevator taking control mode.
Example two
Based on the elevator control system based on the passenger boarding habit of the first embodiment, before the elevator control system based on the passenger boarding habit operates for the first time, the passenger boarding habit model is prestored in the learning boarding habit storage unit and serves as the current passenger boarding habit model.
EXAMPLE III
The elevator control system based on passenger riding habits according to the first embodiment, the control mode selection unit is used for selecting one of at least two control modes including a waiting riding control mode and a non-waiting riding control mode;
if the elevator control system based on the passenger elevator taking habits is operated for the first time, the control mode selects a non-waiting elevator taking control mode, and the control mode selection unit sends an elevator taking habit learning request instruction to the learning control unit through the communication unit;
if the elevator control system based on the passenger riding habits is not operated for the first time, the control unit directly controls the elevator to operate according to the selected control mode of the control mode selection unit;
the learning control unit judges whether the elevator operation data received by the elevator operation data storage unit accords with a set rule or not after receiving an elevator riding habit learning request instruction; if the elevator riding habit learning unit meets the set rule, the elevator riding habit learning unit is controlled to learn the elevator riding habits of passengers according to the elevator running data received by the elevator running data storage unit.
Preferably, the control mode selection unit selects the non-waiting elevator taking control mode when the default elevator taking habit storage unit does not have the default passenger elevator taking habit model, and otherwise selects the waiting elevator taking control mode.
Example four
Based on the first embodiment, the elevator control system based on the elevator riding habits of passengers comprises at least two elevator control devices and an elevator riding habit learning device;
different elevator control devices have different identification codes;
the command and data sent by the elevator control device to the elevator riding habit learning device comprise an identification code of the elevator control device;
the data sent to the elevator control device by the elevator riding habit learning device comprises the identification code of the corresponding elevator control device;
the inspection unit is used for inspecting whether the elevator operation data of each elevator control device received by the elevator operation data storage unit accords with a passenger elevator taking habit model of the corresponding elevator control device in the learning elevator taking habit storage unit or not and outputting an inspection result to the learning control unit, and if the elevator operation data do not accord with the passenger elevator taking habit model, the inspection result is that the data model of the corresponding elevator control device is not adaptive;
the learning control unit controls the elevator taking habit learning unit to learn the elevator taking habits of passengers according to the elevator operation data of the corresponding elevator control device received by the elevator operation data storage unit when the inspection result is that the data model of the corresponding elevator control device is not suitable;
the elevator taking habit learning unit is used for learning elevator taking habits of passengers according to the elevator operation data of the corresponding elevator control devices received by the elevator operation data storage unit to obtain elevator taking habit models of the corresponding elevator control devices, and sending the obtained elevator taking habit models of the corresponding elevator control devices to the learned elevator taking habit storage unit to serve as current passenger taking habit models of the corresponding elevator control devices; and the obtained passenger riding habit model of the corresponding elevator control device is output to a control riding habit storage unit in the corresponding elevator control device by a communication unit to be used as the current passenger riding habit model.
Preferably, the elevator-taking habit learning device is arranged in a property monitoring center or on a cloud server.
In the elevator control system based on passenger riding habits of the fourth embodiment, the elevator control device and the riding habit learning device are in a many-to-one relationship, the elevator operation data acquired by the elevator operation data acquisition device is transmitted to the riding habit learning device through the communication unit, and an elevator control device identification code is added to the elevator operation data, and the riding habit learning request command generated by the control mode selection unit is transmitted to the riding habit learning device; the elevator control device extracts the identification code of the elevator control device when receiving the various information sent by the elevator habit learning device, compares the identification code with the identification code of the elevator control device, and performs corresponding processing according to the information content when the identification code is consistent with the identification code. In the elevator control system according to the fourth embodiment, the passenger riding habit learning device may be located outside the elevator use site.
EXAMPLE five
Based on the elevator control system based on the passenger elevator taking habit of the first embodiment, the passenger elevator taking habit model comprises model version information;
and the upgrading control unit controls the upgrading unit to upgrade the passenger elevator taking habit model when the elevator is in a waiting elevator taking control mode and the version of the default passenger elevator taking habit model in the default elevator taking habit storage unit is lower than that of the current passenger elevator taking habit model in the control elevator taking habit storage unit, namely the passenger elevator taking habit model is replaced by a new passenger elevator taking habit model.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like made within the spirit and principle of the present invention should be included in the scope of the present invention.
Claims (10)
1. An elevator control system based on passenger elevator riding habits is characterized by comprising an elevator control device and an elevator riding habit learning device;
the elevator control device comprises an elevator operation data collection unit, a control mode selection unit, an upgrading unit, a default elevator taking habit storage unit, an upgrading control unit, a communication unit and a control elevator taking habit storage unit;
the elevator taking habit learning device comprises a checking unit, a communication unit, a learning control unit, a passenger elevator taking habit learning unit, an elevator operation data storage unit and a learning elevator taking habit storage unit;
the elevator operation data collecting unit is used for continuously collecting elevator operation data and sending the elevator operation data to the elevator riding habit learning device through the communication unit, and the elevator riding habit learning device receives the elevator operation data and stores the elevator operation data into the elevator operation data storage unit;
the control mode selection unit is used for selecting one control mode of at least two control modes including a waiting elevator taking control mode and a non-waiting elevator taking control mode;
the default elevator taking habit storage unit is used for storing a default passenger elevator taking habit model;
the upgrading unit is used for updating the default passenger elevator taking habit model in the default elevator taking habit storage unit;
the control unit is used for controlling the elevator to run according to the selected control mode of the control mode selection unit, and when the control mode selection unit selects the waiting elevator taking control mode, the control unit controls the elevator to run according to the default passenger elevator taking habit model in the default elevator taking habit storage unit and the waiting elevator taking control algorithm;
the inspection unit is used for inspecting whether the elevator operation data received by the elevator operation data storage unit accords with a passenger elevator taking habit model in the learning elevator taking habit storage unit or not and outputting an inspection result to the learning control unit, and the inspection result is that the data model is not adaptive when the inspection result does not accord with the passenger elevator taking habit model;
the learning control unit is used for controlling the elevator taking habit learning unit to learn the elevator taking habits of passengers according to the elevator operation data received by the elevator operation data storage unit when the data model is not suitable according to the inspection result;
the elevator taking habit learning unit is used for learning elevator taking habits of passengers according to the elevator operation data received by the elevator operation data storage unit to obtain a passenger elevator taking habit model, and sending the obtained passenger elevator taking habit model to the learned elevator taking habit storage unit to serve as the current passenger elevator taking habit model; the communication unit receives the passenger elevator-taking habit model and stores the passenger elevator-taking habit model in the elevator control device as a current passenger elevator-taking habit model;
the upgrading control unit is used for controlling the upgrading unit to upgrade the default passenger elevator taking habit model in the default elevator taking habit storage unit, namely, the default passenger elevator taking habit model is replaced by the current passenger elevator taking habit model in the control elevator taking habit storage unit.
2. Elevator control system based on passenger boarding habits according to claim 1,
the elevator operation data storage unit only keeps the latest received elevator operation data in the set quantity or the set time.
3. Elevator control system based on passenger boarding habits according to claim 1,
the elevator control device and the elevator riding habit learning device communicate with each other in a wired or wireless manner.
4. Elevator control system based on passenger boarding habits according to claim 1,
before the elevator control system based on the passenger elevator taking habit operates for the first time, the learning elevator taking habit storage unit prestores a passenger elevator taking habit model as a current passenger elevator taking habit model.
5. Elevator control system based on passenger boarding habits according to claim 1,
if the elevator control system based on the passenger elevator taking habits is operated for the first time, the control mode selects a non-waiting elevator taking control mode, and the control mode selection unit sends an elevator taking habit learning request instruction to the learning control unit through the communication unit;
if the elevator control system based on the passenger riding habits is not operated for the first time, the control unit directly controls the elevator to operate according to the selected control mode of the control mode selection unit.
6. Elevator control system based on passenger boarding habits according to claim 5,
when the default elevator taking habit storage unit does not have the default passenger elevator taking habit model, the control mode selection unit selects a non-waiting elevator taking control mode, and otherwise, selects a waiting elevator taking control mode.
7. The elevator control system based on passenger boarding habits of claim 5, wherein the learning control unit determines whether elevator operation data received by the elevator operation data storage unit meets a set rule after receiving the boarding habit learning request command; if the elevator riding habit learning unit meets the set rule, the elevator riding habit learning unit is controlled to learn the elevator riding habits of passengers according to the elevator running data received by the elevator running data storage unit.
8. Elevator control system based on passenger boarding habits according to claim 1,
the elevator control system based on the passenger elevator taking habits comprises at least two elevator control devices and an elevator taking habit learning device;
different elevator control devices have different identification codes;
the command and data sent by the elevator control device to the elevator riding habit learning device comprise an identification code of the elevator control device;
the data sent to the elevator control device by the elevator riding habit learning device comprises the identification code of the corresponding elevator control device;
the inspection unit is used for inspecting whether the elevator operation data of each elevator control device received by the elevator operation data storage unit accords with a passenger elevator taking habit model of the corresponding elevator control device in the learning elevator taking habit storage unit or not and outputting an inspection result to the learning control unit, and if the elevator operation data do not accord with the passenger elevator taking habit model, the inspection result is that the data model of the corresponding elevator control device is not adaptive;
the learning control unit controls the elevator taking habit learning unit to learn the elevator taking habits of passengers according to the elevator operation data of the corresponding elevator control device received by the elevator operation data storage unit when the inspection result is that the data model of the corresponding elevator control device is not suitable;
the elevator taking habit learning unit is used for learning elevator taking habits of passengers according to the elevator operation data of the corresponding elevator control devices received by the elevator operation data storage unit to obtain elevator taking habit models of the corresponding elevator control devices, and sending the obtained elevator taking habit models of the corresponding elevator control devices to the learned elevator taking habit storage unit to serve as current passenger taking habit models of the corresponding elevator control devices; and the obtained passenger riding habit model of the corresponding elevator control device is output to a control riding habit storage unit in the corresponding elevator control device by a communication unit to be used as the current passenger riding habit model.
9. Elevator control system based on passenger boarding habits according to claim 1,
the elevator-taking habit learning device is arranged in the property monitoring center or on the cloud server.
10. Elevator control system based on passenger boarding habits according to claim 1,
the passenger elevator taking habit model comprises model version information;
and the upgrading control unit controls the upgrading unit to upgrade the passenger elevator taking habit model when the elevator is in a waiting elevator taking control mode and the version of the default passenger elevator taking habit model in the default elevator taking habit storage unit is lower than that of the current passenger elevator taking habit model in the control elevator taking habit storage unit, namely the passenger elevator taking habit model is replaced by a new passenger elevator taking habit model.
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| JP2013056720A (en) * | 2011-09-07 | 2013-03-28 | Toshiba Elevator Co Ltd | Elevator operation control method, and device and system for controlling elevator using the same |
| CN205328387U (en) * | 2015-12-16 | 2016-06-22 | 苏州大学 | Elevator control system based on face identification recommends with intelligence |
| CN108584579A (en) * | 2018-04-24 | 2018-09-28 | 姜盎然 | A kind of intelligent elevator management control system and method based on passenger demand |
| CN109636105A (en) * | 2018-11-06 | 2019-04-16 | 日立楼宇技术（广州）有限公司 | Method, apparatus, computer equipment and the storage medium of elevator dispatching |
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- 2019-07-02 CN CN201910596670.7A patent/CN110329859B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2013056720A (en) * | 2011-09-07 | 2013-03-28 | Toshiba Elevator Co Ltd | Elevator operation control method, and device and system for controlling elevator using the same |
| CN205328387U (en) * | 2015-12-16 | 2016-06-22 | 苏州大学 | Elevator control system based on face identification recommends with intelligence |
| CN108584579A (en) * | 2018-04-24 | 2018-09-28 | 姜盎然 | A kind of intelligent elevator management control system and method based on passenger demand |
| CN109636105A (en) * | 2018-11-06 | 2019-04-16 | 日立楼宇技术（广州）有限公司 | Method, apparatus, computer equipment and the storage medium of elevator dispatching |
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