CN109678014B - Elevator operation scheduling method, device, equipment and storage medium - Google Patents

Abstract

The invention discloses an elevator operation scheduling method, device, equipment and storage medium. The method includes obtaining the loading request sent by the information collection equipment in real time; based on the collection time, counting the number of newly added people corresponding to the serial number of the target floor in the current period; The number of newly added people corresponding to the target floor serial number and the remaining number of people in the previous cycle's floor serial number are summarized and calculated to obtain the target number of people corresponding to the target floor serial number of the current cycle; the target number of people corresponding to the target floor serial number of the current cycle is sorted, and the The target floor serial number corresponding to the maximum target number of people is used as the final floor serial number; if the maximum target number of people reaches the preset full-load number, a loading reminder message is generated based on the final floor serial number, and the elevator is controlled at the floor corresponding to the final floor serial number according to the loading reminder information. The floor stays for a preset time period to solve the problems of low elevator operation efficiency and fixed and single operation mode during peak hours.

Description

Elevator operation scheduling method, device, equipment and storage medium

technical field

The present invention relates to the field of resource allocation, in particular to an elevator operation scheduling method, device, equipment and storage medium.

Background technique

With the improvement of living standards, elevators have been integrated into everyone's life, and elevators are usually installed on floors greater than a certain height. The current elevator operation mode usually operates according to the default operation mode, such as preset elevator operation speed, maximum load capacity, parking floor, etc. The entire operation process does not depend on changes in the external environment and adjustments, and the operation mode is fixed and single. Due to the uncertainty of the number of passengers and the target floor, if the elevator traffic is not very large during the off-peak period, it is best for the elevator to run according to the preset operation mode, and when the elevator is in the peak period, such as For transportation hub stations, large shopping malls and high-rise office buildings, etc., on the premise of ensuring safe operation, it is important to improve the operating efficiency of elevators and reduce passenger waiting time. However, if elevators still operate in the default operating mode, it is obviously unable to meet the needs of users during peak hours. Elevator operating efficiency requirements.

Contents of the invention

Embodiments of the present invention provide an elevator operation scheduling method, device, equipment and storage medium to solve the problems of low elevator operation efficiency and fixed and single operation mode during peak hours.

A method for elevator operation scheduling, comprising:

Acquiring the loading request sent by the information collection device in real time, the loading request including the current floor number, the target floor number and the collection time;

Based on the collection time, count the number of newly added people corresponding to each target floor number in the current cycle;

Obtain the remaining number of people for each floor serial number in the previous cycle, calculate the number of newly added people corresponding to each target floor serial number and the remaining number of people, and obtain the target number corresponding to each of the target floor serial numbers in the current cycle number of people;

Sorting the number of target people corresponding to each target floor number in the current cycle, and using the target floor number corresponding to the largest number of target people as the final floor number;

If the maximum target number of people reaches the preset full number of people, a loading reminder is generated based on the final floor number, and according to the loading reminder, the elevator is controlled to stay on the floor corresponding to the final floor number for a preset period of time.

An elevator operation dispatching device, comprising:

The request acquisition module is used to obtain the loading request sent by the information collection device in real time, and the loading request includes the current floor serial number, the target floor serial number and the collection time;

A new number of people statistics module is used to count the number of new people corresponding to each of the target floor serial numbers in the current cycle based on the collection time;

The target number of people determination module is used to obtain the remaining number of people in each floor serial number in the previous cycle, and calculate the number of newly added people corresponding to each target floor serial number and the remaining number of people in order to obtain the current cycle The target number of people corresponding to each target floor number;

The target floor serial number determination module is used to sort the number of target people corresponding to each target floor serial number in the current cycle, and use the target floor serial number corresponding to the largest target number of people as the final floor serial number;

The elevator operation module is used to generate loading reminder information based on the final floor number if the maximum target number of people reaches the preset full number of people, and according to the loading reminder information, control the elevator on the floor corresponding to the final floor number Stay for a preset period of time.

A computer device includes a memory, a processor, and a computer program stored in the memory and operable on the processor. When the processor executes the computer program, the steps of the above-mentioned elevator operation scheduling method are realized.

A computer-readable storage medium, where a computer program is stored in the computer-readable storage medium, and when the computer program is executed by a processor, the steps of the above elevator operation scheduling method are implemented.

In the above-mentioned elevator operation scheduling method, device, equipment, and storage medium, the loading request sent by the information collection device is obtained in real time, and the loading request includes the current floor number, the target floor number and the collection time, so as to realize real-time monitoring of users who need to carry the elevator . Based on the collection time, the number of newly added people corresponding to each target floor serial number in the current period is counted to determine the number of newly added people arriving at each target floor, so as to realize real-time monitoring and analysis. Obtain the remaining number of people for each floor serial number in the previous cycle, and calculate the number of new people corresponding to each target floor serial number and the remaining number of people to determine the target number of people who have reached each target floor serial number in the current cycle. The number of target people corresponding to each target floor number in the current cycle is sorted, and the target floor number corresponding to the largest number of target people is used as the final floor number to determine the number of the target floor where the elevator needs to stay, so as to reduce property costs through intelligent scheduling. Reduce congestion during peak hours. If the maximum target number of people reaches the preset full number of people, a loading reminder message is generated based on the final floor number. According to the loading reminder information, the elevator is controlled to stay on the floor corresponding to the final floor number for a preset time period, so as to improve the carrying efficiency of the elevator and reduce Users wait in line to realize flexible scheduling of elevator operation.

Description of drawings

In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the following will briefly introduce the accompanying drawings that need to be used in the description of the embodiments of the present invention. Obviously, the accompanying drawings in the following description are only some embodiments of the present invention , for those skilled in the art, other drawings can also be obtained according to these drawings without paying creative labor.

Fig. 1 is a schematic diagram of the application environment of the elevator operation scheduling method in an embodiment of the present invention;

Fig. 2 is the flow chart of elevator operation scheduling method in an embodiment of the present invention;

Fig. 3 is the flow chart of elevator operation scheduling method in an embodiment of the present invention;

Fig. 4 is the flow chart of elevator operation scheduling method in an embodiment of the present invention;

Fig. 5 is a flow chart of an elevator operation dispatching method in an embodiment of the present invention;

Fig. 6 is a flow chart of an elevator operation dispatching method in an embodiment of the present invention;

Fig. 7 is a flowchart of an elevator operation dispatching method in an embodiment of the present invention;

Fig. 8 is a functional block diagram of an elevator operation dispatching device in an embodiment of the present invention;

FIG. 9 is a schematic diagram of computer equipment in an embodiment of the present invention.

Detailed ways

The technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the accompanying drawings in the embodiments of the present invention. Apparently, the described embodiments are part of the embodiments of the present invention, but not all of them. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without creative efforts fall within the protection scope of the present invention.

The elevator operation scheduling method provided by the embodiment of the present invention can be applied in the application environment as shown in FIG. 1 , and the elevator operation scheduling method is applied at the server end of the elevator control system. By obtaining the floor serial number and the number of new people in the loading request in real time, count the number of target people corresponding to each floor serial number in the current cycle, and use the target floor serial number corresponding to the largest target number of people as the final floor serial number, and control the elevator at The floor corresponding to the final floor number stays for a preset period of time, reducing the parking time of the elevator, improving the operating efficiency of the elevator, and avoiding the fixed and single operation mode of the elevator. Among them, the client can be but not limited to various personal computers, notebook computers, smart phones, tablet computers and portable wearable devices. The server can be implemented by an independent server or a server cluster composed of multiple servers.

In one embodiment, as shown in FIG. 2 , a method for scheduling elevator operation is provided. The method is applied to the server in FIG. 1 as an example for illustration, and specifically includes the following steps:

S10: Obtain in real time the loading request sent by the information collection device, where the loading request includes the current floor number, the target floor number, and the collection time.

Wherein, the information collection device is a device for receiving user-borne information. Information collection devices include but are not limited to devices that actively collect user piggyback requests, such as cameras. The information collection device also includes a loading request passively input by the user to the information collection device, for example, the user inputs the floor to be reached on the information collection device based on the user terminal. For another example, the information collection device is a badge identification device, and the user determines the floor to be reached on the badge identification device through the badge, or a combination of these methods. The loading request is a request for the floor serial number from the user's current floor to the floor to be arrived at which is sent to the server through the information collection device. The floor serial number is the identification of each floor, for example, serial number 1 means the first floor and so on. The current floor number refers to the floor number where the user is located. The target floor serial number refers to the serial number of the floor that the user needs to arrive at, and all the serial numbers of the floors that the user needs to arrive at are referred to as the target floor serial number. The collection time is the time when the piggybacking request is collected.

Specifically, the elevator provides an information collection device, and the information collection device is connected to the server network of the elevator control system. The loading request sent by the information collection device is obtained in real time, wherein the loading request includes the current floor number, the target floor number and the collection time. As an embodiment, when the information collection device is a camera, the camera detects whether there is a user staying at the elevator door for a certain period of time. Image search user database, the user database stores the correspondence between each user’s standard user features and standard floor numbers, usually the floor where the workplace is located is used as the standard floor number corresponding to the user, and the standard for each user in the target recognition image is determined The floor serial number and the time the user stays at the elevator door are collected, and the current floor of the user is determined according to the camera position, and the target floor serial number is determined according to the standard floor serial number, so that the information collection device sends a loading request to the server. As another embodiment, when the information collection device is a loading request passively input by the user to the information collection device, and the information collection device is an ID card identification device, then when the ID card corresponding to the user is detected by the ID card identification device, the ID card will be detected through the ID card identification device. The card identification device identifies the work card to determine the number of the target floor that the user needs to arrive at and the collection time when the work card is collected, and determines the user's floor according to the location of the work card identification device, and the information collection device sends a loading request to the server . For example, if the floor of the workplace corresponding to the work card is the 7th floor, then the floor that the user needs to reach is the 7th floor or the 1st floor. 7th floor; on the contrary, if the ID card identification device determines that the user's floor is the 7th floor, then the serial number of the floor that the user needs to reach is the 1st floor.

S20: Based on the collection time, count the number of newly added people corresponding to each target floor number in the current cycle.

Among them, the current period is the time period set by the server to obtain the pick-up request, and the server counts the number of people who are ready to pick up the elevator in the current period based on the pick-up requests in each period. Usually the elevator runs up as a cycle, and the elevator runs down as a cycle. For example, count the number of people who are ready to pick up the elevator in the current period by picking up the pick-up request every 1 minute. The number of new people refers to the number of new users for each floor number in the current cycle compared with the previous cycle.

Specifically, the server obtains the target floor serial number corresponding to each loading request, and obtains the collection time in the loading request, and counts the number of new people corresponding to each target floor serial number in the current cycle according to the collection time, so as to allocate Elevators to avoid long waiting times for users. In this embodiment, taking the elevator upward as an example, 10 loading requests are collected through the information collection equipment, all of which are within the current cycle, among which, the current floor number is the first floor, which contains 7 loading requests, and the 7 loading requests include the target The number of new people whose floor number is 6th floor is 5, the number of new people whose target floor number is 7th floor is 2, and the current floor number is 2nd floor. There are 3 pickup requests, and the 3 pickup requests include the target floor number The number of new people on the 6th floor is 1, the number of new people on the 7th floor is 2, and the number of new people on the 6th floor in the current cycle is 6, and the target floor number is The number of new people on the 7th floor is 4. In this step, the server obtains the number of newly added people corresponding to each target floor serial number in the current cycle through the loading request sent by the information collection device, which is used to calculate the number of target people who actually arrive at each target floor serial number in the current cycle to provide a technical basis .

S30: Obtain the remaining number of people for each floor serial number in the previous cycle, calculate the number of newly added people corresponding to each target floor serial number and the remaining number of people, and obtain the target number of people for each target floor serial number in the current cycle.

Wherein, the last cycle refers to the last run of the elevator. For example, the upward running direction of the elevator is regarded as a cycle, and when the elevator running direction is upward again, it is regarded as another cycle, wherein, when counting the target number of people corresponding to each cycle, the elevator running direction should be the same, that is, the elevator cannot run downward The remaining number of people and the new number of people who are running up the elevator are aggregated and calculated. The remaining number of people refers to the number of users who did not use the elevator in the previous cycle, that is, the difference between the number of people who need to be carried and the number of people who are actually carried. For example, if the total number of people in the previous cycle was 15, and the elevator was fully loaded with 13 people, then the remaining number of people is 2, and the floor number corresponding to the 2 people is determined.

Specifically, the server first determines the remaining number of people corresponding to each floor number in the previous cycle. Here, the floor number is used as the target floor number. floor as the target floor number. If the remaining number of people corresponding to each floor serial number in the previous cycle is 0, the target number of people corresponding to each target floor serial number in the current cycle can be determined by the number of newly added people corresponding to each target floor serial number in the current cycle. If the remaining number of people corresponding to each floor serial number in the previous cycle is not 0, then obtain the remaining number of people corresponding to each floor serial number; calculate the number of newly added people corresponding to each target floor serial number and the remaining number of people, and obtain the current The number of target people corresponding to each target floor serial number in the cycle. For example, to obtain the remaining number of people corresponding to each floor serial number, if the total remaining number of people is 3, among them, the floor serial number is 6th floor corresponding to 2 users, and the floor serial number is 7th floor corresponding to 1 user, and the 6th and 7th floors are first As the target floor serial number, and obtain the number of new people corresponding to each target floor serial number in the current cycle, if in the current cycle, the number of new people whose target floor serial number is the 6th floor is 6, and the target floor serial number is the 7th floor. If the number of people added is 4, then the target number of people whose target floor serial number is the 6th floor in the current cycle is 8, and the target number of people whose target floor serial number is the 7th floor in the current cycle is 5. The server can obtain the target number of people corresponding to each floor number based on the remaining number of people and the number of new people corresponding to each floor number, which is beneficial for the server to flexibly dispatch elevators based on the actual target number of people in the current cycle.

Further, by determining the remaining number of people corresponding to each floor serial number in the previous cycle, and obtaining the face image of each remaining user, it can be determined which are new users through the face image, so that the number of newly added people obtained is more accurate. precise.

S40: Sort the number of target people corresponding to each target floor number in the current cycle, and use the target floor number corresponding to the largest number of target people as the final floor number.

Wherein, the final floor number refers to the floor where the elevator will stop.

Specifically, the server acquires the number of target people corresponding to each target floor number, and sorts according to the number of target people corresponding to each target floor number, wherein the sorting queue can be sorted in descending order or in ascending order. After sorting the number of target people corresponding to a target floor number, obtain the target floor number corresponding to the largest number of target people as the final floor number. Through this step, in order to improve the carrying efficiency of the elevator, the elevator is dispatched during the peak period of elevator operation, and the floor with the largest number of people arriving at the target floor number is selected as the final floor number to ensure that the elevator stays in each round of operation during the peak period The number of times is less, and more people are carried at the same time, so as to quickly carry most people, and the elevator can return to the basic floor in time to start the next round of operation, that is, the elevator can quickly enter the next cycle of operation.

Further, the waiting time corresponding to each user is determined according to the collection time corresponding to each user, and if the waiting time reaches the preset waiting threshold, the target floor number corresponding to the preset waiting threshold is taken as the final floor number. For example, if the waiting time for a certain user is 6 minutes and the preset waiting threshold is 5 minutes, if the waiting time reaches the preset waiting threshold, the target floor number corresponding to the preset waiting threshold will be used as the final floor number to avoid users waiting The problem of taking too long.

S50: If the maximum target number of people reaches the preset full number of people, generate loading reminder information based on the final floor number, and control the elevator to stay on the floor corresponding to the final floor number for a preset time period according to the loading reminder information.

Among them, the preset full-load number of people refers to the number of people that can be carried according to the rated load-bearing capacity of the elevator and the average weight of each person. For example, an elevator with a rated load of 1000kg can carry 13 people, and an elevator with a rated load of 800kg can carry 10 people (the elevator industry sets 75kg as the weight of one person). The loading reminder information refers to the information displayed on the elevator display that the elevator will arrive at the floor corresponding to the final floor number. For example, the display screen or voice playback equipment outside the elevator informs the user of the final floor number that the elevator will stay in this round. The number of people, so that users can enter the elevator according to the reminder information for loading.

Specifically, the server obtains the maximum target number of people, and obtains the preset number of full-loaded people, and judges whether the maximum target number of people reaches the preset full-loaded number of people. If the maximum target number of people reaches the preset full-loaded number of people, the final The floor number generates loading reminder information, that is, the elevator stops at the floor corresponding to the final floor number, and does not stop at other floors, and the elevator is controlled to stay at the floor corresponding to the final floor number for a preset period of time. Wherein, the preset time period is a preset time period for the elevator to stay. Specifically, the stay time can be determined according to the number of people. Understandably, if the number of people who need to get out of the elevator on the floor corresponding to the final floor number is more, then The longer the preset time period, on the contrary, if the number of people who need to get out of the elevator on the floor corresponding to the final floor number is smaller, the preset time period is shorter.

In steps S10-S50, the loading request sent by the information collection device is obtained in real time. The loading request includes the current floor number, the target floor number and the collection time, so as to realize real-time monitoring of users who need to carry the elevator. Based on the collection time, the number of newly added people corresponding to each target floor serial number in the current period is counted to determine the number of newly added people arriving at each target floor, so as to realize real-time monitoring and analysis. Obtain the remaining number of people for each floor serial number in the previous cycle, and calculate the number of new people corresponding to each target floor serial number and the remaining number of people to determine the target number of people who have reached each target floor serial number in the current cycle. The number of target people corresponding to each target floor number in the current cycle is sorted, and the target floor number corresponding to the largest number of target people is used as the final floor number to determine the final floor number where the elevator needs to stay, so as to achieve smart scheduling and reduce property costs. , to reduce congestion during peak hours. If the maximum target number of people reaches the preset full number of people, a loading reminder message is generated based on the final floor number. According to the loading reminder information, the elevator is controlled to stay on the floor corresponding to the final floor number for a preset time period, so as to improve the carrying efficiency of the elevator and reduce Users wait in line to realize flexible scheduling of elevator operation.

In one embodiment, as shown in FIG. 3, before step S10, that is, before the step of obtaining the loading request sent by the information collection device in real time, the elevator operation scheduling method further includes the following steps:

S101: Obtain a target recognition image collected by an information collection device, acquire target user features based on the target recognition image, and match the target user feature with each standard user feature in the user database.

Wherein, the target recognition image refers to an image including a user's face collected by an information collection device. The target user feature refers to the feature corresponding to each user's face in the acquired target recognition image after recognizing the target recognition image.

Specifically, an information collection device is installed outside the elevator, and the information collection device includes but is not limited to a camera, which collects users in the effective area through the camera, so that the server can obtain the target recognition image collected by the information collection device. It should be noted that the target recognition image contains at least one user face. The server can first use the user face detection model to detect the target recognition image, determine whether the target recognition image contains the user's face, and use the feature extraction algorithm to extract the features of each user's face in the target recognition image, and obtain each The target user features corresponding to the user's face match the target user features corresponding to each user's face with each standard user feature in the user database. Wherein, the face detection model refers to a pre-trained model for detecting whether a target recognition image contains a human face area. The face detection model uses a certain strategy to search for the target recognition image to determine whether the target recognition image contains a face. The feature extraction algorithm can use the CNN (Convolutional Neural Network) algorithm to extract the features of each user's face in the target recognition image through the CNN algorithm, so as to obtain the target user's features corresponding to each user's face. Among them, the CNN algorithm is a feed-forward neural network. Its artificial neurons can respond to surrounding units within a part of the coverage area, and can perform image processing quickly and efficiently.

S102: If the target user features are successfully matched with the standard user features, obtain the target floor serial number corresponding to the successfully matched standard user features.

Wherein, the corresponding relationship between each standard user characteristic and the standard floor serial number is stored in the database. The standard floor serial number refers to the floor of the user's workplace corresponding to the pre-stored standard user characteristics. The target floor number refers to the floor number corresponding to the target symbol feature, that is, the floor number that the user needs to reach.

Specifically, if the server determines that the target user features match the standard user features successfully, it means that the standard user features corresponding to the user in the target recognition image are pre-stored in the user database, and the standard floor serial number corresponding to the target user features can be determined through the user database. , use the standard floor serial number as the target floor serial number.

Further, each user corresponds to a user terminal, the user terminal is connected to the server network, and each user terminal corresponds to the target user characteristic, after the server obtains the target floor serial number corresponding to the target user characteristic, it generates confirmation information, and confirms The information and the target floor serial number are sent to the user terminal corresponding to the target user characteristics, so that the target user corresponding to the target user characteristics can confirm whether to go to the target floor serial number, if the confirmation information sent by the target user is obtained, step S10 is executed, and if the If the target user corresponds to the modification information, the floor serial number in the modification information is used as the target floor serial number corresponding to the characteristics of the target user. Through this step, the actual target floor serial number corresponding to each user is determined, and the accuracy of the target floor serial number is improved.

In steps S101-S102, the information acquisition device collects target recognition images, acquires target user characteristics based on the target recognition images, and matches the target user features with each standard user feature in the user database, so as to determine the target corresponding to each target user feature Floor number. If the target user characteristics are successfully matched with the standard user characteristics, the target floor serial number corresponding to the successfully matched standard user characteristics is obtained to realize the determination of the target floor serial number, and the determination method is simple and fast.

In one embodiment, after step S101, that is, after matching the characteristics of the target user with each standard user characteristic in the user database, the elevator operation scheduling method further includes:

(1) If the target user features fail to match the standard user features, add the target user features as standard user features to the user database, and feed back the floor number input command to the user terminal corresponding to the target user features.

Specifically, the user end of each user includes an interface for sending floor number input instructions, the server includes an interface for obtaining instructions, the user end is connected to the server network, and each user end corresponds to the characteristics of the target user. If the server judges that the matching between the target user feature and the standard user feature fails, it means that the standard user feature corresponding to the target user is not pre-stored in the database, and the standard floor number of the target user cannot be determined, and the target user feature is added as a standard user feature Into the user database, and feed back the floor serial number input instruction to the user terminal corresponding to the target user characteristics, so as to obtain the target floor serial number corresponding to the user subsequently.

(2) Obtain the standard floor number collected by the client based on the floor number input command as the target floor number corresponding to the target user characteristics.

Specifically, the target user inputs an instruction based on the floor serial number, sends the standard floor serial number to the server through the user end, and uses the standard floor serial number as the target floor serial number corresponding to the target user's characteristics, and the server associates the target user's characteristics with the standard floor serial number To the user database, so that the corresponding target floor serial number can be determined according to the characteristics of the target user, so as to obtain the actual target floor serial number according to the floor serial number sent by the user, and improve the accuracy of the target floor serial number acquisition.

In one embodiment, as shown in FIG. 4, in step S30, the remaining number of people of each floor number in the previous period is obtained, which specifically includes the following steps:

S31: Obtain the number of people to be carried corresponding to each floor serial number in the previous cycle.

Among them, the number of people to be carried refers to the number of users waiting for the elevator.

Specifically, the server determines the number of newly added people for each floor number corresponding to the previous cycle according to the floor number that the user needs to arrive in the loading request of the previous cycle, and according to the remaining number of people for each floor number in the previous cycle, To obtain the number of people to be carried corresponding to each floor number in the previous cycle, that is, the total number of people to be carried corresponding to each floor number in the previous cycle. Here, the floor number is the number of the floor that the user needs to reach. By obtaining the number of people to be carried corresponding to each floor serial number in the previous cycle, the remaining number of people corresponding to each floor serial number can be subsequently calculated.

S32: Obtain the face image collected by the monitoring equipment in the elevator in the previous cycle, obtain the characteristics of the onboard user based on the face image, query the user database according to the characteristics of the onboard user, obtain the standard floor serial number corresponding to the onboard user's feature, and count the correspondence of each standard floor serial number The actual number of people on board.

Specifically, monitoring equipment is installed in the elevator, and the monitoring equipment can specifically be a camera. Through the face image collected by the monitoring equipment in the previous cycle, a feature extraction algorithm is used to extract the features of the carrying user in the face image. Among them, the feature extraction algorithm is used to extract The step of carrying user features in the face image is the same as the feature extraction step in step S101, and will not be described in detail here. According to the carrying user features, the user database is queried, the standard floor serial number corresponding to carrying user features is obtained, and each standard floor number in the elevator is counted. The actual number of people on board corresponding to the floor.

S33: Obtain the remaining number of people corresponding to each floor number in the previous period according to the number of people to be carried corresponding to each floor number and the actual number of people to be carried corresponding to each standard floor number.

Wherein, the remaining number of people is the difference between the number of people to be carried and the number of people actually carried. For example, the number of people to be carried corresponding to the 7th floor is 10, and the actual number of people to be carried corresponding to the 7th floor of the standard floor number in the elevator is 8, then the remaining number of people corresponding to the 7th floor is 2.

Specifically, the server obtains the number of people to be carried corresponding to each floor serial number and the actual number of passengers to be carried corresponding to each standard floor serial number, and calculates the remaining number of people corresponding to each floor serial number in the previous period. It should be noted that when calculating the remaining number of people, the floor serial number should correspond to the standard floor serial number. For example, when calculating the remaining number of people corresponding to the 7th floor, the number of people to be carried corresponding to the floor serial number 7 should correspond to the standard floor serial number 7. The difference between the actual number of people on board is calculated to ensure the accuracy of the calculation of the remaining number of people. Further, establish a face image set corresponding to the remaining users, obtain the face images of the remaining users corresponding to each floor number, store the face images of each remaining user in the face image set, so as to determine which users are remaining users to improve the accuracy of determining the number of new additions.

In steps S31-S33, the number of people to be carried corresponding to each floor serial number in the previous cycle is obtained, so as to determine the total number of people to be carried corresponding to each floor serial number in the previous cycle. Obtain the face image collected by the monitoring equipment in the elevator in the previous cycle, obtain the characteristics of the onboard user based on the face image, query the user database according to the characteristics of the onboard user, obtain the standard floor serial number corresponding to the onboard user feature, and count the actual number corresponding to each standard floor serial number. The number of people on board to determine the actual number of people on board in the previous cycle. According to the number of people to be carried corresponding to each floor serial number and the actual number of people to be carried corresponding to each standard floor serial number, obtain the remaining number of people corresponding to each floor serial number in the previous cycle, and realize the determination of the remaining number of people in each floor serial number, In order to facilitate the determination of the target number of people corresponding to each target floor number in the current cycle.

In one embodiment, as shown in Figure 5, after step S40, that is, after using the target floor serial number corresponding to the maximum target number of people as the final floor serial number, the elevator operation scheduling method also includes the following steps:

S41: If the maximum target number of people does not reach the preset full number of people, obtain the supplementary number of people according to the preset full number of people and the maximum target number of people.

Wherein, the supplementary number of people refers to the difference between the preset full number of people and the maximum target number of people.

Specifically, the server obtains the maximum target number of people, and obtains the preset number of full-loaded people, and judges whether the maximum target number of people reaches the preset full-loaded number of people. If the maximum target number of people does not reach the preset full-loaded number of people, then according to Preset the number of fully loaded people and the maximum number of target people to obtain the number of people who will be supplemented. For example, if the preset full number of people is 13, and the maximum target number is 8, then the number of supplementary people to be obtained is 5.

S42: Obtain at least one floor number closest to the final floor number as the floor number to be selected, and obtain the number of people to be selected corresponding to each floor number to be selected.

Wherein, the floor number to be selected refers to at least one floor number closest to the final floor number. The number of people to be selected refers to the number of users who need to arrive at the floor corresponding to the serial number of the floor to be selected.

Specifically, the server acquires at least one candidate floor number closest to the final floor number according to the final floor number. For example, the final floor number is the 6th floor, and at least one floor number to be selected may be the 5th floor or the 7th floor. Obtain the number of people to be selected corresponding to each floor number to be selected, that is, obtain the number of people to be selected corresponding to the 5th floor or the 7th floor; for another example, if the final floor number is the 15th floor of the top floor, then at least one floor number to be selected obtained is On the 14th floor, obtain the number of candidates corresponding to the 14th floor. Wherein, by using at least one floor serial number closest to the final floor serial number as the floor serial number to be selected, the number of stops of the elevator and the time between climbing from the current floor to the next stop floor between each stop are reduced to improve elevator operation. efficiency.

S43: If the sum of the number of people to be selected corresponding to at least one floor number to be selected reaches the number of people to be added, then generate a loading reminder based on the final floor number and at least one floor number to be selected, and control the elevator to the final floor according to the loading reminder The sequence number corresponds to at least one floor sequence number to be selected and the floor stays for a preset time period.

Specifically, the server acquires the number of persons to be selected corresponding to at least one floor number to be selected, and judges that the sum of the number of persons to be selected reaches the number of persons to be completed. Whether the sum of the number of candidates for selection reaches 5, that is, whether the sum of the number of candidates for selection corresponding to the 5th floor and the 7th floor reaches 5, if the sum of the number of candidates for selection reaches 5, based on the final floor number and at least one The floor number to be selected generates a loading reminder message, where the loading reminder message refers to the display on the elevator display that the elevator will arrive at the floor information corresponding to the final floor number, such as the display screen or voice playback equipment outside the elevator to notify the user of this round The final floor number where the elevator stops, at least one floor number to be selected, and the number of people expected to be carried on each floor, so that users can carry reminder information to carry the elevator according to their own needs. It should be noted that the user can carry the sequence number of the final floor to be reached and at least one floor number to be selected by carrying the reminder information, so as to avoid the situation of carrying errors and improve the efficiency of elevator carrying.

Further, it is judged whether the number of persons to be selected for each floor number to be selected in at least one floor number to be selected reaches the number of people to be completed, and if the number of people to be selected for one of the floor numbers to be selected reaches the number of people to be completed, then according to the Complete the floor number corresponding to the number of people to be selected and the final floor number to generate a loading reminder message, and the other floor numbers will not be considered. For example, the final floor number is the 6th floor, at least one floor number to be selected can be the 5th floor or the 7th floor, the number of people to be filled is 5, and the number of people to be selected corresponding to the 5th floor reaches 5, then according to the The floor generates a reminder message and does not consider the 7th floor to reduce the number of elevator stops. If the number of people to be selected for each floor number to be selected reaches the number of people to be completed, the running direction of the elevator is judged, and a loading reminder message is generated according to the number of the floor to be selected and the final floor number with the shortest running distance. For example, the final floor number is the 6th floor, at least one floor number to be selected can be the 5th floor or the 7th floor, the number of people to be filled is 5, the number of people to be selected corresponding to the 5th floor reaches 5, and the number of people to be selected corresponding to the 7th floor When the number of people reaches 6, judge the running direction of the elevator. If the elevator is going up, generate a reminder message based on the 5th and 6th floors, and ignore the 7th floor; The building generates a reminder message, and does not consider the 5th floor, so as to reduce the elevator running distance.

In steps S41-S43, if the maximum target number of people does not reach the preset full number of people, then according to the preset full number of people and the maximum target number of people, the number of supplementary people is obtained, so that according to the number of supplementary people in the current cycle Make up the number of people and improve the efficiency of elevator transportation. Obtain at least one floor number closest to the final floor number as the floor number to be selected, so as to reduce the number of stops of the elevator and the time between climbing from the current floor to the next stop floor between each stop. Obtain the number of people to be selected corresponding to each floor number to be selected, and if the sum of the number of people to be selected corresponding to at least one floor number to be selected reaches the current number of people, the elevator is fully loaded and the elevator carrying efficiency is improved. The loading reminder information is generated based on the final floor number and at least one floor number to be selected to ensure that users can take the elevator according to the preset number of people and maintain the maximum efficiency of the elevator operation. According to the loading reminder information, the elevator is controlled to stay on the floor corresponding to the final floor number and at least one floor number to be selected for a preset time period, so as to realize intelligent scheduling of elevator operation.

In one embodiment, as shown in FIG. 6, after step S43, that is, after the loading reminder information is generated based on the final floor number and at least one floor number to be selected, the elevator operation scheduling method further includes the following steps:

S431: Based on the final floor serial number and at least one floor serial number to be selected, form a first set.

Specifically, the server acquires the final floor number of the current cycle and at least one floor number to be selected, and forms a first set according to the final floor number of the current cycle and the at least one floor number to be selected. For example, the final floor number is the 6th floor, at least one floor number to be selected is the 5th floor and the 7th floor, and the first set is formed according to the 6th floor, the 5th floor and the 7th floor.

S432: Obtain the face image collected by the monitoring equipment in the elevator, obtain the characteristics of the onboard user based on the face image, query the user database according to the characteristics of the onboard user, obtain the standard floor number corresponding to the onboard user feature, and form a second set based on the standard floor number.

Specifically, monitoring and collecting equipment, specifically a camera, is provided in the elevator. The elevator control system is connected to the user database network, and the corresponding relationship between each standard user feature and the standard floor serial number is stored in the user database. The face image of the user in the elevator is collected through the camera, and the features of the on-board user corresponding to the face image are extracted through the feature extraction algorithm, and the on-board user feature is matched with each standard user feature in the user database. If the on-board user feature matches the standard user feature If successful, the standard floor serial number corresponding to the successfully matched standard user feature is used as the standard floor serial number corresponding to the onboard user feature, and the second set is formed based on the standard floor serial number corresponding to each onboard user feature in the elevator. Through this step, it is determined that each carrying user corresponds to the actual arrival floor. For example, if there are 13 users in the elevator, the standard floor number corresponding to 8 users is the 6th floor, and the standard floor number corresponding to 5 users is the 5th floor, then the second set is formed based on the 5th floor and the 6th floor.

S433: Obtain the intersection of the first set and the second set, use the floor corresponding to each floor number in the intersection as the target stop floor, and control the elevator to stay on the target stop floor for a preset time period.

Specifically, the server acquires the first set and the second set, determines the intersection of the first set and the second set, and uses the floor corresponding to each floor number in the intersection as the target floor. For example, the first set includes floors 6, 5 1st and 7th floors, the second set is the 5th and 6th floors, then the intersection is the 5th and 6th floors, the 5th and 6th floors are used as the target stop floors, and the elevator is controlled to stay on the target stop floors for a preset time period.

In steps S431-S433, a first set is formed based on the final floor number and at least one floor number to be selected, so as to form a set of floors where the elevator is prepared to stay for a preset period of time. Obtain the face image collected by the monitoring equipment in the elevator, obtain the characteristics of the onboard user based on the face image, query the user database according to the characteristics of the onboard user, obtain the standard floor number corresponding to the onboard user's feature, and form a second set based on the standard floor number to realize the Floors that actually want to stay for a preset period of time form a set. Obtain the intersection of the first set and the second set, use the floor corresponding to each floor number in the intersection as the target stop floor, and control the elevator to stay on the target stop floor for a preset time period to realize the determination of the target stop floor, so that the elevator Stop according to the target stop floor to improve the accuracy of the elevator stop.

In one embodiment, as shown in FIG. 7, in step S43, after the elevator is controlled to stay on the target stop floor for a preset period of time, it specifically includes the following steps:

S4331: Generate an elevator stop list in sequence based on at least one target stop floor, and use the elevator floor sequence number where the elevator is located as an initial value.

Wherein, the target stop floor includes at least one final floor serial number and/or a floor corresponding to the floor serial number to be selected. Specifically, the server generates the elevator stop list in sequence according to the target stop floor, and determines the elevator floor sequence number where the elevator is located as the initial value.

Further, the server first determines the running direction of the elevator, then determines the current floor number of the user corresponding to the target floor number and the floor number to be selected, and finally determines the elevator floor number where the elevator is located, and uses the elevator floor number as the initial value, An elevator stop list is sequentially generated based on at least one target stop floor. For example, the floor number of the elevator is the 1st floor, the target floors are the 5th and 6th floors, the running direction of the elevator is upward, and the current floor numbers of the users corresponding to the target floor number and the floor number to be selected are the 1st floor and the 2nd floor, Then the generated elevator stop list is the 1st floor, the 2nd floor, the 5th floor and the 6th floor. It should be noted that in the current cycle, the elevator only stops on the 1st, 2nd, 5th and 6th floors.

S4332: Based on the elevator floor number and the elevator stop list, determine the running time for the elevator to reach each target stop floor, and if the running time reaches the preset reminder time, control the elevator to broadcast the arrival reminder information by voice.

Wherein, the preset reminding time refers to a preset time for determining whether to perform voice broadcast.

Specifically, the server obtains the elevator floor number and the elevator stop list, determines the distance between the elevator floor number and the target stop floor in each elevator stop list, and determines the running time between the elevator floor number and the target stop floor according to the running distance. When the preset reminder time is reached, the elevator will be controlled to broadcast the reminder message by voice. For example, the preset reminder time is 1 second. When the running time difference between the elevator and each target floor is 1 second, the running time reaches the preset reminder time, and the elevator is controlled to broadcast the arrival reminder information by voice. The arrival reminder information includes the floor number, For example, "the 5th floor is here", avoiding the situation that the user goes down the wrong floor, so that the user can accurately arrive at the floor corresponding to the target floor number in the shortest time, so as to improve the elevator running speed.

S4333: If the elevator reaches the target stop floor, update the target stop floor to the elevator floor number, repeat the execution based on the elevator floor number and the elevator stop list, determine the running time for the elevator to reach each target stop floor, if the running time reaches the preset reminder Time, then control the step of elevator voice broadcast arrival reminder information until the elevator floor number is the last floor number in the elevator stop list.

Specifically, the server monitors the elevator in real time. When the elevator arrives at the target floor, it judges whether the elevator stop list contains other target floors; if no other target floors are included, the elevator enters the next cycle. The target stop floor of a cycle is operated; if other target stop floors are included, the target stop floor is updated to the elevator floor number, and the elevator floor sequence number and the elevator stop list are repeatedly executed to determine the elevator's arrival at each target stop floor. Running time, if the running time reaches the preset reminder time, the step of controlling the elevator voice broadcast arrival reminder information until the elevator floor number is the last floor number in the elevator stop list. For example, after the elevator arrives at the 5th floor, it is determined whether the elevator stop list contains other target floors. If the other target floor is the 6th floor, update the 5th floor to the elevator floor number, and repeat the execution based on the elevator floor number and the elevator stop. List, determine the running time of the elevator to reach each target floor, if the running time reaches the preset reminder time, then control the steps of the elevator voice broadcast arrival reminder information until the elevator floor number is the last floor number in the elevator stop list, that is, the elevator If the floor number is the 6th floor, the current cycle of the elevator is completed and the elevator enters the next cycle.

In steps S4322-S4333, an elevator stop list is sequentially generated based on at least one target stop floor, and the number of the elevator floor where the elevator is located is used as an initial value, so as to control the elevator to stop according to the elevator emptying list. Based on the elevator floor number and the elevator stop list, determine the running time for the elevator to reach each target stop floor. If the running time reaches the preset reminder time, the elevator voice broadcasts the arrival reminder information, avoiding the situation where the user falls down on the floor, and improving the accuracy of the elevator operation. Rate. If the elevator reaches the target stop floor, update the target stop floor to the elevator floor number, repeat the execution based on the elevator floor number and the elevator stop list, determine the running time for the elevator to reach each target stop floor, if the running time reaches the preset reminder time, Then control the step of elevator voice broadcast arrival reminder information until the elevator floor serial number is the last floor serial number in the elevator stop list, so as to realize the current cycle operation of the elevator.

It should be understood that the sequence numbers of the steps in the above embodiments do not mean the order of execution, and the execution order of each process should be determined by its functions and internal logic, and should not constitute any limitation to the implementation process of the embodiment of the present invention.

In an embodiment, an elevator operation scheduling device is provided, and the elevator operation scheduling device corresponds to the elevator operation scheduling method in the above embodiments one by one. As shown in FIG. 8 , the elevator operation scheduling device includes a request acquisition module 10 , a newly added number of people statistics module 20 , a target number of people number determination module 30 , a target floor sequence number determination module 40 and an elevator operation module 50 . The detailed description of each functional module is as follows:

The request acquisition module 10 is configured to obtain in real time the onboarding request sent by the information collection device, and the onboarding request includes the current floor number, the target floor number and the collection time.

The newly added number of people counting module 20 is used for counting the number of newly added people corresponding to each target floor serial number in the current cycle based on the collection time.

The target number of people determination module 30 is used to obtain the remaining number of people on each floor serial number in the previous cycle, and calculate the number of newly added people corresponding to each target floor serial number and the remaining number of people, and obtain the serial number of each target floor in the current cycle The corresponding target number of people.

The target floor serial number determination module 40 is used to sort the number of target people corresponding to each target floor serial number in the current cycle, and use the target floor serial number corresponding to the largest target number of people as the final floor serial number.

The elevator operation module 50 is used to generate loading reminder information based on the final floor number if the maximum target number of people reaches the preset full number of people, and according to the loading reminder information, control the elevator to stay on the floor corresponding to the final floor number for a preset period of time.

In an embodiment, before the request acquisition module 10, the elevator operation scheduling device further includes a target recognition image acquisition unit and a first target floor serial number acquisition unit.

The target recognition image acquisition unit is used to obtain the target recognition image collected by the information collection device, obtain the characteristics of the target user based on the target recognition image, and match the characteristics of the target user with each standard user characteristic in the user database.

The first target floor serial number acquisition unit is used to acquire the target floor serial number corresponding to the successfully matched standard user feature if the target user feature is successfully matched with the standard user feature.

In an embodiment, after the target recognition image acquisition unit, the elevator operation scheduling device further includes an information feedback unit and a second target floor number acquisition unit.

The information feedback unit is used to add the target user feature as a standard user feature to the user database if the target user feature fails to match the standard user feature, and to feed back a floor number input instruction to the user terminal corresponding to the target user feature.

The second target floor serial number acquisition unit is configured to acquire the standard floor serial number collected by the client based on the floor serial number input command as the target floor serial number corresponding to the target user feature.

In one embodiment, the module 30 for determining the target number of people includes an acquisition unit for the number of people to be carried, an acquisition unit for the number of actual people to be carried, and an acquisition unit for the number of remaining people.

The acquisition unit for the number of people to be carried is used to obtain the number of people to be carried corresponding to each floor serial number in the previous cycle.

The actual carrying number acquisition unit is used to obtain the face images collected by the monitoring equipment in the elevator in the previous cycle, obtain the characteristics of the carrying users based on the face images, query the user database according to the characteristics of the carrying users, and obtain the standard floor serial numbers corresponding to the carrying user characteristics, Count the actual number of people onboard corresponding to each standard floor number.

The remaining number of people acquisition unit is used to obtain the remaining number of people corresponding to each floor number in the previous cycle according to the number of people to be carried corresponding to each floor number and the actual number of people to be carried corresponding to each standard floor number.

In one embodiment, after the target floor number determination module 40, the elevator operation dispatching device further includes a determination unit for the number of people to be completed, a unit for determining the number of people to be selected, and an elevator operation unit.

The supplementary number determination unit is used to obtain the supplementary number according to the preset full number of people and the maximum target number if the maximum target number of people does not reach the preset full number of people.

The unit for determining the number of people to be selected is used to obtain at least one floor number closest to the final floor number as the floor number to be selected, and obtain the number of people to be selected corresponding to each floor number to be selected.

The elevator operation unit is used to generate loading reminder information based on the final floor serial number and at least one candidate floor serial number if the sum of the number of people to be selected corresponding to at least one floor number to be selected reaches the number of people to be completed, and according to the loading reminder information, control The elevator stays on the floors corresponding to the final floor number and at least one floor number to be selected for a preset time period.

In an embodiment, after the elevator operation unit, the elevator operation scheduling device further includes a first set formation unit, a second set integration unit and a target stop floor determination unit.

The first set forming unit is configured to form the first set based on the final floor number and at least one floor number to be selected.

The second collection integration unit is used to obtain the face image collected by the monitoring equipment in the elevator, obtain the characteristics of the onboard user based on the face image, query the user database according to the characteristics of the onboard user, and obtain the standard floor serial number corresponding to the onboard user feature, based on the standard floor serial number, Form the second set.

The target stop floor determination unit is used to obtain the intersection of the first set and the second set, use the floor corresponding to each floor number in the intersection as the target stop floor, and control the elevator to stay on the target stop floor for a preset time period.

In one embodiment, the target stop floor determination unit includes an elevator stop list generating subunit and an elevator running subunit.

The elevator stop list generating subunit is configured to sequentially generate the elevator stop list based on at least one target stop floor, and the elevator floor number where the elevator is located is used as an initial value.

The elevator running subunit is used to determine the running time for the elevator to reach each target stop floor based on the elevator floor number and the elevator stop list. If the running time reaches the preset reminder time, it controls the elevator to broadcast the arrival reminder information by voice. If the elevator reaches the target stop floor, update the target stop floor to the elevator floor number, repeat the execution based on the elevator floor number and the elevator stop list, determine the running time for the elevator to reach each target stop floor, if the running time reaches the preset reminder time, Then control the step of elevator voice broadcast arrival reminder information until the elevator floor number is the last floor number in the elevator stop list.

For specific limitations on the elevator operation scheduling device, please refer to the above-mentioned limitations on the elevator operation scheduling method, which will not be repeated here. Each module in the above-mentioned elevator operation dispatching device can be fully or partially realized by software, hardware and combinations thereof. The above-mentioned modules can be embedded in or independent of the processor in the computer device in the form of hardware, and can also be stored in the memory of the computer device in the form of software, so that the processor can invoke and execute the corresponding operations of the above-mentioned modules.

In one embodiment, a computer device is provided. The computer device may be a server, and its internal structure may be as shown in FIG. 9 . The computer device includes a processor, memory, network interface and database connected by a system bus. Wherein, the processor of the computer device is used to provide calculation and control capabilities. The memory of the computer device includes a non-volatile storage medium and an internal memory. The non-volatile storage medium stores an operating system, computer programs and databases. The internal memory provides an environment for the operation of the operating system and computer programs in the non-volatile storage medium. The database of the computer device is used to store standard user profiles and the like. The network interface of the computer device is used to communicate with an external terminal via a network connection. When the computer program is executed by the processor, an elevator operation scheduling method is realized.

In one embodiment, a computer device is provided, including a memory, a processor, and a computer program stored on the memory and operable on the processor. When the processor executes the computer program, the elevator operation scheduling method in the above embodiment is implemented. Steps, for example, step S10 to step S50 shown in FIG. 2 , or steps shown in FIG. 3 to FIG. 7 . When the processor executes the computer program, the functions of the modules in the elevator operation dispatching device in the above embodiments are realized, for example, the functions of modules 10 to 50 shown in FIG. 8 . To avoid repetition, details are not repeated here.

In one embodiment, a computer-readable storage medium is provided, on which a computer program is stored. When the computer program is executed by a processor, the elevator operation scheduling method in the above method embodiment is implemented, for example, step S10 shown in FIG. 2 Go to step S50, or the steps shown in FIG. 3 to FIG. 7 . When the computer program is executed by the processor, the functions of the various modules in the elevator operation dispatching device in the above embodiments are realized, for example, the functions of the modules 10 to 50 shown in FIG. 8 . To avoid repetition, details are not repeated here.

Those of ordinary skill in the art can understand that all or part of the processes in the methods of the above embodiments can be implemented through computer programs to instruct related hardware. The computer programs can be stored in a non-volatile computer-readable storage medium. When the computer program is executed, it may include the procedures of the embodiments of the above-mentioned methods. Wherein, any references to memory, storage, database or other media used in the various embodiments provided in the present application may include non-volatile and/or volatile memory. Nonvolatile memory can include read only memory (ROM), programmable ROM (PROM), electrically programmable ROM (EPROM), electrically erasable programmable ROM (EEPROM), or flash memory. Volatile memory can include random access memory (RAM) or external cache memory. By way of illustration and not limitation, RAM is available in many forms such as Static RAM (SRAM), Dynamic RAM (DRAM), Synchronous DRAM (SDRAM), Double Data Rate SDRAM (DDRSDRAM), Enhanced SDRAM (ESDRAM), Synchronous Chain Synchlink DRAM (SLDRAM), memory bus (RambuS) direct RAM (RDRAM), direct memory bus dynamic RAM (DRDRAM), and memory bus dynamic RAM (RDRAM), etc.

Those skilled in the art can clearly understand that for the convenience and brevity of description, only the division of the above-mentioned functional units and modules is used for illustration. In practical applications, the above-mentioned functions can be assigned to different functional units, Completion of modules means that the internal structure of the device is divided into different functional units or modules to complete all or part of the functions described above.

The above embodiments are only used to illustrate the technical solutions of the present invention, rather than to limit them; although the present invention has been described in detail with reference to the foregoing embodiments, those of ordinary skill in the art should understand that: it can still be described in the foregoing embodiments Modifications to the technical solutions recorded, or equivalent replacements for some of the technical features; and these modifications or replacements do not make the essence of the corresponding technical solutions deviate from the spirit and scope of the technical solutions of each embodiment of the present invention, and should be included in the scope of the present invention. within the scope of protection.

Claims (10)

1. An elevator operation scheduling method, characterized by comprising:

acquiring a carrying request sent by information acquisition equipment in real time, wherein the carrying request comprises a current floor number, a target floor number and acquisition time;

Counting the number of newly increased people corresponding to each target floor number in a current period based on the acquisition time, wherein the current period is a period of time for acquiring the carrying request, the elevator runs upwards once as one period, and the elevator runs downwards as another period; the number of newly increased people refers to the number of newly increased users in the current period compared with the number of each layer sequence in the previous period;

acquiring the number of the remaining people of each target floor number in the previous period, summarizing and calculating the number of newly added people corresponding to each target floor number and the number of the remaining people, and acquiring the number of the target people corresponding to each target floor number in the current period, wherein the number of the remaining people refers to the number of users not carrying an elevator in the previous period;

sequencing the number of target persons corresponding to each target floor number in the current period, and taking the target floor number corresponding to the maximum number of target persons as a final floor number;

and if the maximum number of the target persons reaches the number of the preset full-load persons, generating carrying reminding information based on the number of the final floor, and controlling the elevator to stay for a preset time period on the floor corresponding to the number of the final floor according to the carrying reminding information.

2. The elevator operation scheduling method according to claim 1, characterized in that before the real-time acquisition of the mount request sent by the information collecting device, the elevator operation scheduling method further comprises:

acquiring a target identification image acquired by information acquisition equipment, acquiring target user characteristics based on the target identification image, and matching the target user characteristics with each standard user characteristic in a user database;

and if the target user characteristics are successfully matched with the standard user characteristics, acquiring a target floor serial number corresponding to the standard user characteristics which are successfully matched.

3. The elevator operation scheduling method of claim 2, wherein after said matching the target user characteristic with each standard user characteristic in a user database, the elevator operation scheduling method further comprises:

if the target user characteristics fail to be matched with the standard user characteristics, the target user characteristics are used as the standard user characteristics to be added into the user database, and a floor serial number input instruction is fed back to a user side corresponding to the target user characteristics;

and acquiring a standard floor serial number acquired by the user side based on the floor serial number input instruction as a target floor serial number corresponding to the target user characteristic.

4. The elevator operation scheduling method according to claim 1, wherein the obtaining the number of remaining people per target floor number in the previous cycle includes:

acquiring the number of people to be carried corresponding to each target floor number in the previous period;

acquiring a face image acquired by monitoring equipment in an elevator of the previous period, acquiring carrying user characteristics based on the face image, inquiring a user database according to the carrying user characteristics, acquiring standard floor numbers corresponding to the carrying user characteristics, and counting the number of actual carrying people corresponding to each standard floor number;

and obtaining the number of the residual people corresponding to each floor serial number in the previous period according to the number of the people to be carried corresponding to each target floor serial number and the number of the actual carried people corresponding to each standard floor serial number.

5. The elevator operation scheduling method according to claim 1, wherein after the destination floor number corresponding to the maximum number of destination people is taken as the final floor number, the elevator operation scheduling method further comprises:

if the maximum number of the target persons does not reach the preset number of the full-load persons, acquiring the number of the complement persons according to the preset number of the full-load persons and the maximum number of the target persons;

Acquiring at least one floor serial number closest to the final floor serial number as a to-be-selected floor serial number, and acquiring the number of to-be-selected persons corresponding to each to-be-selected floor serial number;

if the sum of the number of the people to be selected corresponding to at least one floor number to be selected reaches the number of the complement people, carrying reminding information is generated based on the final floor number and at least one floor number to be selected, and the elevator is controlled to stay for a preset time period on the floor corresponding to the final floor number and at least one floor number to be selected according to the carrying reminding information.

6. The elevator operation scheduling method according to claim 5, characterized in that after the generation of the carry-on reminder information based on the final floor number and at least one of the floor numbers to be selected, the elevator operation scheduling method further comprises:

forming a first set based on the final floor number and at least one of the floor numbers to be selected;

acquiring a face image acquired by monitoring equipment in an elevator, acquiring a carrying user characteristic based on the face image, inquiring a user database according to the carrying user characteristic, acquiring a standard floor serial number corresponding to the carrying user characteristic, and forming a second set based on the standard floor serial number;

Acquiring an intersection of the first set and the second set, taking a floor corresponding to each floor sequence number in the intersection as a target stop floor, and controlling the elevator to stop at the target stop floor for a preset time period.

7. The elevator operation scheduling method of claim 6, wherein the controlling the elevator to stay at the target stop floor for a preset period of time comprises:

generating an elevator stop list according to at least one target stop floor in sequence, and taking an elevator floor serial number where the elevator is located as an initial value;

determining the running time of the elevator to each target stop floor based on the elevator floor serial number and the elevator stop list, and controlling the elevator to broadcast arrival reminding information in a voice mode if the running time reaches preset reminding time;

and if the elevator reaches the target stop floor, updating the target stop floor to the elevator floor serial number, repeatedly executing the steps of determining the running time of the elevator reaching each target stop floor based on the elevator floor serial number and the elevator stop list, and if the running time reaches the preset reminding time, controlling the elevator to broadcast the arrival reminding information in a voice way until the elevator floor serial number is the last floor serial number in the elevator stop list.

8. An elevator operation scheduling apparatus, comprising:

the system comprises a request acquisition module, a data acquisition module and a data acquisition module, wherein the request acquisition module is used for acquiring a carrying request sent by information acquisition equipment in real time, and the carrying request comprises a current floor serial number, a target floor serial number and acquisition time;

the newly-increased number counting module is used for counting the number of newly-increased numbers corresponding to each target floor number in a current period based on the acquisition time, wherein the current period is a period of time for acquiring the carrying request, the elevator runs upwards as one period, and the elevator runs downwards as another period; the number of newly increased people refers to the number of newly increased users in the current period compared with the number of each layer sequence in the previous period;

the system comprises a target number determining module, a target number determining module and a control module, wherein the target number determining module is used for acquiring the number of the residual number of each target floor number in the previous period, summarizing and calculating the number of the newly added number corresponding to each target floor number and the number of the residual number, and acquiring the number of the target number corresponding to each target floor number in the current period, wherein the number of the residual number refers to the number of users not carrying an elevator in the previous period;

the target floor number determining module is used for sequencing the number of target persons corresponding to each target floor number in the current period, and taking the target floor number corresponding to the maximum number of target persons as a final floor number;

And the elevator running module is used for generating carrying reminding information based on the final floor serial number if the maximum number of the target persons reaches the number of the preset full-load persons, and controlling the elevator to stay for a preset time period on the floor corresponding to the final floor serial number according to the carrying reminding information.

9. Computer device comprising a memory, a processor and a computer program stored in the memory and executable on the processor, characterized in that the processor implements the steps of the elevator operation scheduling method according to any one of claims 1 to 7 when the computer program is executed.

10. A computer readable storage medium storing a computer program, characterized in that the computer program when executed by a processor implements the steps of the elevator operation scheduling method according to any one of claims 1 to 7.

Images