CN114291667A - Elevator destination floor registration system, elevator control method, and authority management system for building - Google Patents

Abstract

The invention discloses an elevator destination floor registration system, comprising: an acquisition unit, configured to acquire a delivery slip image, where the delivery slip image includes an image of recipient address information; the processing unit is used for processing the delivery bill image acquired by the acquisition unit and outputting delivery bill information containing the address information of the consignee; the extraction unit is used for extracting the floor where the receiver is located from the address information of the receiver contained in the delivery bill information output by the processing unit; and the registration unit registers the floor where the receiver is located extracted by the extraction unit as a target floor. The invention also discloses an elevator control method and a building authority management system. The invention can quickly and conveniently realize the acquisition of the target floor and the authorization of the delivery personnel, and avoids the defect that the delivery personnel needs to apply for acquiring the authorization in advance to influence the conveying efficiency when entering and exiting a plurality of buildings and a plurality of floors each time.

Description

Elevator destination floor registration system, elevator control method, and authority management system for building

Technical Field

The invention relates to the field of elevators, in particular to an elevator destination floor registration system for special visitors (such as express delivery personnel, takeaway personnel and the like) which frequently use an elevator and are sensitive to time, an elevator control device and a building permission management system.

Background

Currently, for safety reasons, an authority management function is often provided in an existing elevator, and only authorized persons can take the elevator to reach a floor with access authority. For visitors needing temporary access, a proprietor or a building manager is required to give the visitors temporary visitor permission so that the visitors can take an elevator to reach the floors of the visitors. The temporary visitor authority is generally applied by the visitor, then a proprietor or a building manager issues a temporary card, a visitor two-dimensional code and the like to the visitor, and finally the visitor provides the temporary card, the visitor two-dimensional code and the like to the elevator to obtain the qualification of taking the elevator. It is obvious that the process of giving temporary visitor permission is more in links, and needs multiple communications between visitors and owners (or building managers).

The permission management mode for the temporary visitors is particularly inconvenient for special visitors such as express delivery personnel and takeaway personnel who need to take the elevator frequently and are very sensitive to time. Since express delivery personnel and takeout personnel need to enter a plurality of floors of a plurality of buildings every day, if the express delivery personnel and the takeout personnel need to apply for the elevator in advance to owners or building managers each time, the elevator is taken after the express delivery personnel and the takeout personnel are authorized, the conveying efficiency of the building is seriously influenced.

Therefore, how to realize quick and convenient elevator riding authority management for delivery personnel such as express delivery personnel, takeout personnel and the like becomes a technical problem to be solved.

Disclosure of Invention

The invention aims to provide an elevator destination floor registration system and an elevator control method, which can solve the problem that the transportation efficiency of the existing delivery personnel is influenced due to limited permission when the delivery personnel take the elevator. The invention also provides a building authority management system.

In order to solve the above-mentioned technical problem, the present invention provides an elevator destination floor registration system including:

an acquisition unit, configured to acquire a delivery slip image, where the delivery slip image includes an image of recipient address information;

the processing unit is used for processing the delivery bill image acquired by the acquisition unit and outputting delivery bill information containing the address information of the consignee;

the extraction unit is used for extracting the floor where the receiver is located from the address information of the receiver contained in the delivery bill information output by the processing unit;

and the registration unit registers the floor where the receiver is located extracted by the extraction unit as a target floor.

Further, the system further comprises:

the judging unit is used for judging whether the address information of the consignee contained in the delivery bill information output by the processing unit is consistent with the address of the building where the elevator is located;

if the judging unit judges that the address information of the consignee is consistent with the address of the building where the elevator is located, the extracting unit extracts the floor where the consignee is located from the address information of the consignee and outputs the floor, and otherwise, warning information is output to delivery personnel.

Further, the system further comprises:

the storage unit is used for storing an order information list of the goods receiver in the building where the elevator is located;

and the checking unit is used for judging whether the delivery order information output by the processing unit exists in the order information list stored in the storage unit, if so, the extracting unit extracts the floor where the consignee is located from the consignee address information, and otherwise, warning information is output to delivery personnel.

Furthermore, each piece of order information in the order information list comprises at least one of a receiver name, receiver address information and goods information;

the delivery note information also comprises the name of the receiver and the goods information;

the checking unit judges whether the delivery order information exists in the order information list or not by comparing whether all contents in the order information are completely consistent with the delivery order information output by the processing unit or not.

Further, the order information is transmitted to the storage unit by the receiver through a mobile terminal or is directly obtained from the order system by the receiver authorization.

Further, each piece of order information in the order information list stored in the storage unit further includes delivery information corresponding to each piece of order information;

the acquisition unit also acquires delivery personnel information;

the checking unit judges whether the delivery order information exists in the order information list or not by comparing whether the delivery information in the order information is completely consistent with the delivery person information acquired by the acquisition unit or not.

Further, the delivery information includes delivery person identity information and/or delivery time range, and the delivery person information includes identity information thereof.

Further, when the delivery information includes delivery person identity information, the checking unit further compares whether the delivery person information is consistent with the delivery person identity information in the delivery information, if so, the extracting unit extracts the floor where the receiver is located from the receiver address information, otherwise, warning information is output to the delivery person;

when the delivery information comprises a delivery time range, the checking unit further compares whether the current moment of the delivery person information acquired by the acquisition unit is within the delivery time range, if so, the extraction unit extracts the floor where the consignee is located from the consignee address information, otherwise, warning information is output to the consignee;

when the delivery information comprises delivery personnel identity information and a delivery time range, the checking unit compares whether the delivery personnel information is consistent with the delivery personnel identity information in the delivery information and whether the current moment of the delivery personnel information acquired by the acquisition unit is within the delivery time range, if so, the extraction unit extracts the floor where the delivery personnel is located from the address information of the delivery personnel, otherwise, warning information is output to the delivery personnel.

Further, after the elevator completes the elevator taking request corresponding to the delivery order information, the storage unit deletes the corresponding order information from the order information list.

Meanwhile, the invention also provides an elevator control method, which comprises the following steps:

step S1, receiving a destination floor registered by a passenger;

step S2, judging whether the passengers only have delivery personnel, if so, entering step S3, otherwise, entering step S5;

step S3, judging whether the elevator is in an idle state, if so, entering step S4, otherwise, controlling the elevator according to a conventional control mode, and ending;

step S4, the destination floors of the delivery persons are sequenced from top to bottom or from bottom to top, the elevator is controlled to sequentially run to the destination floors of the delivery persons according to the sequenced destination floors, and when the elevator stops at each destination floor, the car doors are kept open until the elevator detects that the delivery persons return to the car, and the operation is finished;

step S5, judging whether the delivery personnel and other passengers in the same row have the same destination floor, if so, entering step S6, otherwise, entering step S7;

step S6, reserving a common destination floor of the delivery person and other passengers in the same row, controlling the elevator to run to the common destination floor according to the current running direction, and ending;

step S7, judging whether the destination floor of the delivery personnel is only one, if yes, controlling the elevator according to a conventional control mode, and ending, otherwise, entering step S8;

and step S8, judging whether the destination floor of the same-row other passengers exists in the front of the destination floor farthest from the current position of the delivery person in the current running direction of the elevator or not, if so, reserving the destination floor farthest from the current position of the delivery person, controlling the elevator to run to the farthest destination floor according to the current running direction, and ending, otherwise, reserving only the destination floor farthest from the current position of the delivery person, controlling the elevator according to a conventional control mode, and ending.

Further, in step S6, after the elevator has traveled to the common destination floor and the delivery person has left the car, an upward or downward direction signal is automatically registered based on the remaining destination floor of the delivery person, the current traveling direction of the elevator, and the current position of the car. Further, when a target floor above the floor where the delivery person is currently located and a target floor below the floor where the delivery person is currently located exist in the remaining target floors, if the floor where the delivery person is currently located is located in front of the current position of the car in the current running direction of the elevator, a direction signal consistent with the current running direction of the elevator is registered, and if not, a direction signal opposite to the current running direction of the elevator is registered;

and when only a target floor above the floor where the delivery person is currently located or a target floor below the floor where the delivery person is currently located exists in the residual target floors, registering a direction signal according to the relation between the residual target floors and the floor where the delivery person is currently located.

Further, in step S1, the destination floor registered by the passenger is a destination floor registered by the passenger himself/herself and/or a destination floor registered by the elevator destination floor registration system.

Further, in step S4, when the car door is kept open and the delivery person does not return to the car, if another elevator taking request occurs, the elevator exits the door-open holding state and responds to the elevator taking request.

In addition, the present invention also provides a rights management system for a building, the system comprising:

an acquisition unit, configured to acquire a delivery slip image, where the delivery slip image includes an image of recipient address information;

the processing unit is used for processing the delivery bill image acquired by the acquisition unit and outputting delivery bill information containing the address information of the consignee;

a judging unit configured to judge whether or not the consignee address information included in the delivery slip information output by the processing unit is consistent with an address of a building;

and the access control unit executes the door opening action/refuses the door opening action according to the judgment result of the judgment unit.

Furthermore, the extraction unit estimates the moving time of the delivery personnel according to the distance between the access control unit and the elevator waiting hall, the extraction unit delays the floor where the consignee is located for the moving time and then sends the delayed moving time to the registration unit, and the registration unit immediately registers the floor where the consignee is located as the target floor after receiving the floor where the consignee is located, or the extraction unit immediately sends the floor where the consignee is located and the moving time to the registration unit, and the registration unit delays the delayed moving time after receiving the floor where the consignee is located and then registers the floor where the consignee is located as the target floor.

Further, when the judging unit judges that the address information of the receiver is inconsistent with the address of the building, warning information is output to delivery personnel.

Further, the system further comprises:

the storage unit is used for storing an order information list of the goods receivers in the building;

the checking unit is used for judging whether the delivery order information output by the processing unit exists in the order information list stored in the storage unit or not;

if the judgment result of the judgment unit and the verification result of the verification unit are both yes, the door access control unit executes the door opening action, otherwise, warning information is output to delivery personnel.

Further, the system further comprises:

the extraction unit is used for extracting the floor where the consignee is located from the consignee address information contained in the delivery bill information output by the processing unit and sending the floor to the registration unit when the door opening action is executed by the access control unit;

and the registration unit registers the floor where the receiver is located extracted by the extraction unit as a target floor.

Furthermore, each piece of order information in the order information list comprises at least one of a receiver name, receiver address information and goods information;

the delivery note information also comprises the name of the receiver and the goods information;

the checking unit judges whether the delivery order information exists in the order information list or not by comparing whether all contents in the order information are completely consistent with the delivery order information output by the processing unit or not.

Further, each piece of order information in the order information list stored in the storage unit further includes delivery information corresponding to each piece of order information;

the acquisition unit also acquires delivery personnel information;

the checking unit judges whether the delivery order information exists in the order information list or not by comparing whether the delivery information in the order information is completely consistent with the delivery person information acquired by the acquisition unit or not.

Further, the delivery information includes delivery person identity information and/or delivery time range, and the delivery person information includes identity information thereof.

Further, when the delivery information includes delivery person identity information, the checking unit further compares whether the delivery person information is consistent with the delivery person identity information in the delivery information, if so, the extracting unit extracts the floor where the receiver is located from the receiver address information, otherwise, warning information is output to the delivery person;

when the delivery information comprises a delivery time range, the checking unit further compares whether the current moment of the delivery person information acquired by the acquisition unit is within the delivery time range, if so, the extraction unit extracts the floor where the consignee is located from the consignee address information, otherwise, warning information is output to the consignee;

when the delivery information comprises delivery personnel identity information and a delivery time range, the checking unit compares whether the delivery personnel information is consistent with the delivery personnel identity information in the delivery information and whether the current moment of the delivery personnel information acquired by the acquisition unit is within the delivery time range, if so, the extraction unit extracts the floor where the delivery personnel is located from the address information of the delivery personnel, otherwise, warning information is output to the delivery personnel.

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

firstly, the target floor registration system of the invention acquires delivery order information from a hall layer of a building where an elevator is located, acquires a target floor to which a delivery person is going to go (namely, a floor where a receiver is located) according to the delivery order information, performs automatic registration of the target floor and authorized boarding of the delivery person, can quickly and conveniently realize acquisition of the target floor and authorization of the delivery person, and avoids the defect that the delivery person needs to apply for acquisition authorization in advance to influence the delivery efficiency when getting in and out of a plurality of buildings and a plurality of floors every time;

secondly, the destination floor registration system can also carry out secondary verification on the delivery bill information and determine whether to acquire the destination floor to which the delivery person is going according to the verification result, so that the situation that the delivery person delivers the goods by mistake due to negligence can be avoided;

thirdly, the destination floor registration system of the invention can also verify the authenticity of the delivery order information and the consistency of the delivery personnel and/or the delivery time according to the order information received in advance, thereby determining whether to authorize the delivery personnel according to the verification result, thus improving the safety of the building where the elevator is positioned, preventing irrelevant personnel from illegally taking the elevator and visiting the potential risk of unauthorized access to floors by forging the delivery order information, and simultaneously avoiding the invalid delivery of the delivery personnel;

fourthly, the elevator control method can reasonably control the operation of the elevator according to the destination floor registered by the passenger, whether only the delivery personnel exists in the passenger, the operation information of the elevator and the like, thereby not only reducing the influence of the delivery personnel for delivering goods to other passengers taking the elevator, but also optimizing the delivery time of the delivery personnel and avoiding the influence of the delivery efficiency.

Drawings

Fig. 1 is a frame diagram of an elevator destination floor registration system according to a first embodiment of the present invention;

fig. 2 is a frame diagram of an elevator destination floor registration system according to a second embodiment of the present invention;

fig. 3 is a frame diagram of an elevator destination floor registration system according to a third embodiment of the present invention;

fig. 4 is a flowchart of an elevator control method according to a fifth embodiment of the present invention;

fig. 5 is a framework diagram of a right management system of a building according to a sixth embodiment of the present invention;

fig. 6 is a framework diagram of a right management system of a building according to a seventh embodiment of the present invention;

fig. 7 is a framework diagram of a right management system of a building according to an eighth embodiment of the present invention;

fig. 8 is a framework diagram of a rights management system of a building according to a ninth embodiment of the present invention.

Detailed Description

Other advantages and effects of the present invention will become readily apparent to those skilled in the art from the following detailed description, wherein it is shown in the accompanying drawings, wherein the specific embodiments are by way of illustration. In the following description, specific details are set forth in order to provide a thorough understanding of the present invention, but the present invention may be practiced or applied in different embodiments, and the details may be based on different viewpoints and applications, and may be widely spread and replaced by those skilled in the art without departing from the spirit of the present invention.

Example one

The elevator destination floor registration system of the present embodiment, as shown in fig. 1, includes:

an acquisition unit, configured to acquire a delivery slip image, where the delivery slip image includes an image of recipient address information;

the processing unit is used for processing the delivery bill image acquired by the acquisition unit and outputting delivery bill information containing the address information of the consignee;

the extraction unit is used for extracting the floor where the receiver is located from the address information of the receiver contained in the delivery bill information output by the processing unit;

and the registration unit registers the floor where the receiver is located extracted by the extraction unit as a target floor.

In this embodiment, the obtaining unit is any device that is disposed in a lobby floor of a building where the elevator is located and can obtain a delivery order image, for example, the obtaining unit may be a scanning device that is disposed in a 1-floor waiting hall and is used for scanning a visitor two-dimensional code as a passenger identity authentication certificate, a face recognition device that is disposed in the 1-floor waiting hall and is used for realizing passenger identity authentication in a face recognition manner, a biometric scanning device that is disposed in the 1-floor waiting hall and is used for realizing biometric identification (such as iris) of a passenger, a camera that is disposed in the elevator waiting hall and is used for realizing people number recognition and the like, and the like. Any device capable of acquiring the delivery slip image, regardless of the scanning method or the image capturing method, is within the range of the acquisition unit.

The working process of the destination floor registration system in this embodiment is as follows:

firstly, after a delivery person arrives at a 1-floor waiting hall of a building where a receiver is located with a to-be-delivered object, a delivery bill (on the to-be-delivered object or the delivery person) is displayed to an acquisition unit, the acquisition unit scans or shoots to obtain an image of the delivery bill, and the delivery bill comprises address information of the receiver, such as xx room of xx road xx number xx in xx city xx.

Then, the processing unit processes the delivery note image acquired by the acquisition unit by using an image identification technology, identifies the address information of the receiver in the delivery note, namely outputs information similar to an xx room with an xx number of an xx district xx in an xx city.

Then, the extraction unit extracts a portion in which the floor information is embodied, such as the first two digits "xx" in the "xxxx room", from the consignee address information output from the processing unit. It should be particularly noted that, during the extraction process, corresponding extraction needs to be performed according to address information of different formats, which requires format matching, that is, query matching is performed according to the address information of the recipient output by the processing unit and a format library in the memory, then rules (mainly characters (chinese or arabic numbers), positions, lengths, and the like) for extracting the embodying part of the floor information in the address information in the format are determined according to the matching result, and finally, the floor information is extracted according to the determined extraction rules to obtain final floor information. Of course, if the address information of the receiver output by the processing unit is in a new format which is not contained in the format library, warning is needed, and relevant personnel update and upgrade the format library. In addition, the extraction unit can also verify the extracted floor information, namely the extracted floor information is positioned in the floor range of the building where the elevator is positioned, if the floor distribution of the building where the elevator is positioned is 1-18, the extracted floor information cannot be floors such as-1 floor or 22 floor and the like which are positioned outside 1-18.

Finally, the registration unit registers the destination floor for the delivery person based on the floor information (i.e., the floor on which the recipient is located) output by the extraction unit.

The destination floor registration system of the embodiment acquires destination floor information of delivery personnel from the delivery bill and automatically registers the destination floor information, so that the problem that the special group of the delivery personnel (without access authority but possibly needing a large number of frequently accessing different buildings in a short time) rapidly accesses the buildings (needing authorization to take an elevator) to complete the access authority management of delivery can be solved.

It should be noted that although the registration unit registers the floor where the consignee is extracted by the extraction unit as the destination floor, the specific implementation of the registration unit may be as follows:

in case 1, for an elevator provided with a destination floor registration device, the registration means is the destination floor registration device, and the device directly registers the floor where the consignee extracted by the extraction means is located as a destination floor;

in case 2, for an elevator in which an up/down registration button is arranged at a landing and a floor button is arranged in a car, the registration means determines the traveling direction of the elevator in which a delivery person is to take (actually, the traveling direction is generally an up direction, and direction determination is generally not required unless the building in which the elevator is located has an underground floor) based on the floor where the delivery person extracted by the extraction means is located and the current position of the delivery person, registers the up (or down) direction button for the delivery person, and lights the floor button corresponding to the floor where the delivery person extracted by the extraction means is located after the elevator arrives and the delivery person enters the car.

Example two

As shown in fig. 2, the elevator destination floor registration system of the present embodiment further includes, in addition to the first embodiment:

the judging unit is used for judging whether the address information of the consignee contained in the delivery bill information output by the processing unit is consistent with the address of the building where the elevator is located;

if the judging unit judges that the address information of the consignee is consistent with the address of the building where the elevator is located, the extracting unit extracts the floor where the consignee is located from the address information of the consignee and outputs the floor, and otherwise, warning information is output to delivery personnel. The warning information contains the content of delivery address error.

The embodiment avoids the problem that delivery personnel delivers wrong goods due to the fact that the delivery personnel mistakenly make a wrong address (such as mistakenly identifying the 6 th floor as the 8 th floor) by increasing the consistency verification of the address of the receiver and the address of the building where the elevator is located.

EXAMPLE III

As shown in fig. 3, the elevator destination floor registration system of the present embodiment further includes, in addition to the first embodiment:

the storage unit is used for storing an order information list of the goods receiver in the building where the elevator is located;

and the checking unit is used for judging whether the delivery order information output by the processing unit exists in the order information list stored in the storage unit, if so, the extracting unit extracts the floor where the consignee is located from the consignee address information, and otherwise, warning information is output to delivery personnel.

The order information is transmitted to the storage unit by the receiver through the mobile terminal or is directly obtained from the order system through the authorization of the receiver.

Each piece of order information in the order information list comprises at least one of a receiver name, receiver address information and goods information;

the delivery note information also comprises the name of the receiver and the goods information;

the checking unit judges whether the delivery order information exists in the order information list or not by comparing whether all contents in the order information are completely consistent with the delivery order information output by the processing unit or not.

After the elevator finishes the elevator taking request corresponding to the delivery order information, the storage unit deletes the corresponding order information from the order information list, so that the problems of potential safety hazards, accumulation of stored contents and the like caused by untimely deletion can be avoided.

The method and the device verify the authenticity of the delivery order information according to the order information received in advance, and avoid the potential risks of illegally taking the elevator and visiting floors which are not authorized to visit by forging the order information.

Example four

On the basis of the third embodiment, in the elevator destination floor registration system of the present embodiment, each piece of order information in the order information list stored by the storage unit further includes delivery information corresponding to each piece of order information;

the acquisition unit also acquires delivery personnel information;

the checking unit judges whether the delivery order information exists in the order information list or not by comparing whether the delivery information in the order information is completely consistent with the delivery person information acquired by the acquisition unit or not.

The delivery information comprises delivery personnel identity information (such as name, two-dimensional code, mobile phone number and the like) and/or a delivery time range, and the delivery personnel information comprises the identity information.

When the delivery information comprises delivery person identity information, the checking unit further compares whether the delivery person information is consistent with the delivery person identity information in the delivery information, if so, the extracting unit extracts the floor where the delivery person is located from the address information of the delivery person, otherwise, warning information is output to the delivery person.

When the delivery information comprises a delivery time range, the checking unit further compares whether the current moment of the delivery person information acquired by the acquisition unit is within the delivery time range, if so, the extraction unit extracts the floor where the receiver is located from the receiver address information, otherwise, warning information is output to the delivery person.

When the delivery information comprises delivery personnel identity information and a delivery time range, the checking unit compares whether the delivery personnel information is consistent with the delivery personnel identity information in the delivery information and whether the current moment of the delivery personnel information acquired by the acquisition unit is within the delivery time range, if so, the extraction unit extracts the floor where the delivery personnel is located from the address information of the delivery personnel, otherwise, warning information is output to the delivery personnel.

The destination floor registration system of the embodiment can also verify the consistence of the delivery personnel and/or the delivery time according to the order information received in advance, so that the delivery personnel can obtain authorization only in the delivery-allowed time period, and the invalid delivery of the delivery personnel caused by the absence of the receiver can be avoided.

EXAMPLE five

The elevator control method of the present embodiment, as shown in fig. 4, includes the steps of:

step S1, receiving a destination floor registered by a passenger;

step S2, judging whether the passengers only have delivery personnel, if so, entering step S3, otherwise, entering step S5;

step S3, judging whether the elevator is in an idle state, if so, entering step S4, otherwise, controlling the elevator according to a conventional control mode, and ending;

step S4, the destination floors of the delivery persons are sequenced from top to bottom or from bottom to top, the elevator is controlled to sequentially run to the destination floors of the delivery persons according to the sequenced destination floors, and when the elevator stops at each destination floor, the car doors are kept open until the elevator detects that the delivery persons return to the car, and the operation is finished;

step S5, judging whether the delivery personnel and other passengers in the same row have the same destination floor, if so, entering step S6, otherwise, entering step S7;

step S6, reserving a common destination floor of the delivery person and other passengers in the same row, temporarily shielding other destination floors of the delivery person except the common destination floor, controlling the elevator to run to the common destination floor according to the current running direction (if other passengers in the same row with destination floors different from the common destination floor exist, only reserving the common destination floor, and controlling the elevator according to a conventional mode, so that when other passengers in the same row with destination floors different from the common destination floor and earlier than the common destination floor exist, the passengers can still be transported first), so that the delivery person is preferentially enabled to dispatch the goods on the same destination floor as other passengers in the same row, the influence on other passengers in the same row caused by the delivery person is reduced, and the operation is finished;

step S7, judging whether the destination floor of the delivery personnel is only one, if yes, controlling the elevator according to a conventional control mode, and ending, otherwise, entering step S8;

step S8, determining whether there is a destination floor of other passengers in the same row in front of the destination floor farthest from the current position of the delivery person in the current operation direction of the elevator, if so, reserving the destination floor farthest from the current position of the delivery person, controlling the elevator to operate to the farthest destination floor according to the current operation direction (similarly, if there are other passengers in the same row arriving at the destination floor earlier than the destination floor farthest from the current position of the delivery person, the passengers are transported first, and then the elevator is operated to the farthest destination floor, so that the influence on other passengers in the same row caused by the delivery person can be reduced), and ending, otherwise, only reserving the destination floor farthest from the current position of the delivery person, controlling the elevator according to a conventional control mode, and ending.

The destination floor registered by the passenger in step S1 is the destination floor registered by the passenger himself or herself and/or the destination floor registered by the elevator destination floor registration system in the foregoing four embodiments.

Specifically, in step S4, the destination floors of the delivery persons are sorted in the order from top to bottom or from bottom to top, and then the elevator car is opened and held after the first delivery floor is reached, the delivery persons carry the goods to be delivered on the floor to reach the corresponding door and then press the door bell, and the like, the goods are delivered to the recipient and then returned to the elevator car, and after the elevator detects that the delivery persons return to the elevator car, the elevator car is closed, the elevator car is driven to the next destination floor in the order, and the above steps are repeated. Because the elevator is in an idle state at the moment, the lift car stops at the floor and keeps the door opening state until the delivery personnel returns to the lift car during the period that the delivery personnel leaves the lift car, on one hand, the repeated opening and closing of the lift car door are avoided, on the other hand, the delivery personnel are facilitated to the maximum extent, and the waiting time of the delivery personnel is saved. However, when the delivery person leaves the elevator car, the car doors remain open, and the delivery person does not return to the car, if another elevator boarding request occurs, the elevator exits the open-door-holding state and responds to the elevator boarding request.

In step S6, after the elevator has traveled to the common destination floor and the delivery person has left the car, an up or down direction signal is automatically registered based on the remaining destination floor of the delivery person, the current travel direction of the elevator, and the current position of the car. Specifically, when a target floor above a floor where the delivery person is currently located and a target floor below the floor where the delivery person is currently located exist in the remaining target floors, if the floor where the delivery person is currently located is located in front of the current position of the car in the current running direction of the elevator, a direction signal consistent with the current running direction of the elevator is registered, and if not, a direction signal opposite to the current running direction of the elevator is registered; and when only a target floor above the floor where the delivery person is currently located or a target floor below the floor where the delivery person is currently located exists in the residual target floors, registering a direction signal according to the relation between the residual target floors and the floor where the delivery person is currently located.

In step S8, when the destination floor of the delivery person is a destination floor of another passenger in the same row before the destination floor farthest from the current position of the delivery person in the current operation direction of the elevator, the destination floor farthest from the current position of the delivery person is reserved. For example, the delivery person has passengers traveling up the same row, so that the delivery person leaves the car for delivery after arriving at the destination floor furthest from his current location, for whom the delivery person registers his own registration or the control system registers a down signal. After the delivery personnel leave the car, the elevator car continues to move upwards, after the delivery personnel reversely return, the delivery personnel enter the car again, the car drives to another destination floor at a lower position of the delivery personnel and delivers the goods after arriving, so that the characteristic that the delivery personnel can be connected to the delivery personnel for subsequent delivery after leaving the car for delivery for the first time and when the car returns is fully utilized, and the time of the delivery personnel is saved.

EXAMPLE six

At present, for a building provided with an access control system, when a delivery person wants to enter the building to deliver goods to a proprietor (consignee), the delivery person usually needs to contact the proprietor by using the access control system before reaching the access control system of the building, and the proprietor agrees to open the access control system to enter the building, which is time-consuming and labor-consuming. In addition, when the owner is not at home, in order to avoid the delivery of the delivery person again, the owner often lets the delivery person temporarily place the goods at a designated position in the building, and the owner returns the goods to the home to collect the goods. However, when the owner cannot remotely open the access control system to allow the delivery person to enter the building, the delivery person often needs to wait for a long time to enter the building along with the delivery person when the owner enters or exits the building, which obviously wastes the time of the delivery person greatly.

Referring to the principle of the second embodiment, the authority management system for a building of the present embodiment, as shown in fig. 5, includes:

an acquisition unit, configured to acquire a delivery slip image, where the delivery slip image includes an image of recipient address information;

the processing unit is used for processing the delivery bill image acquired by the acquisition unit and outputting delivery bill information containing the address information of the consignee;

a judging unit configured to judge whether or not the consignee address information included in the delivery slip information output by the processing unit is consistent with an address of a building;

and the access control unit executes the door opening action/refuses the door opening action according to the judgment result of the judgment unit.

Further, when the judging unit judges that the address information of the receiver is inconsistent with the address of the building, warning information is output to delivery personnel. The warning information contains the content of delivery address error.

The obtaining unit may adopt an image obtaining device (such as a camera) of a visual intercom system located at a doorway of a building of the building.

EXAMPLE seven

On the basis of the sixth embodiment, the present embodiment further adds an elevator destination floor registration function. Specifically, an elevator apparatus for transporting passengers is provided in the building, and as shown in fig. 6, the right management system of the building includes:

an acquisition unit, configured to acquire a delivery slip image, where the delivery slip image includes an image of recipient address information;

the processing unit is used for processing the delivery bill image acquired by the acquisition unit and outputting delivery bill information containing the address information of the consignee;

a judging unit configured to judge whether or not the consignee address information included in the delivery slip information output by the processing unit is consistent with an address of a building;

the entrance guard unit executes the door opening action/refuses the door opening action according to the judgment result of the judgment unit;

the extraction unit is used for extracting the floor where the consignee is located from the consignee address information contained in the delivery bill information output by the processing unit and sending the floor to the registration unit when the door opening action is executed by the access control unit;

and the registration unit registers the floor where the receiver is located extracted by the extraction unit as a target floor.

Of course, the extracting unit may extract the floor where the consignee is located when the judging unit judges that the consignee address information coincides with the address of the building.

In addition, considering that a certain distance is usually reserved between a building door (entrance guard) of a building and an elevator waiting hall, and a certain time is required for a delivery person to arrive at the elevator waiting hall from the building door, therefore, in order to avoid missing an elevator and influencing the operation efficiency of the elevator because the delivery person is not in time to enter an elevator car, the extraction unit estimates the moving time required by the delivery person according to the distance between the entrance guard unit and the elevator waiting hall, the extraction unit delays the moving time of the floor where the delivery person is located and then sends the floor where the delivery person is located to the registration unit, and the registration unit immediately registers the floor where the delivery person is located as a target floor after receiving the floor where the delivery person is located. Or the extraction unit immediately sends the floor where the consignee is located and the moving time to the registration unit, and the registration unit receives the floor where the consignee is located and registers the floor where the consignee is located as a target floor after delaying the moving time.

The embodiment combines the entrance guard authority management function of the building with the destination floor automatic registration function of the elevator, and is more favorable for improving the dispatching efficiency of delivery personnel.

Example eight

On the basis of the sixth embodiment, the present embodiment further verifies the delivery order information according to the order information received in advance. Specifically, as shown in fig. 7, the authority management system of the building of the present embodiment includes:

an acquisition unit, configured to acquire a delivery slip image, where the delivery slip image includes an image of recipient address information;

the processing unit is used for processing the delivery bill image acquired by the acquisition unit and outputting delivery bill information containing the address information of the consignee;

a judging unit configured to judge whether or not the consignee address information included in the delivery slip information output by the processing unit is consistent with an address of a building;

the storage unit is used for storing an order information list of the goods receivers in the building;

the checking unit is used for judging whether the delivery order information output by the processing unit exists in the order information list stored in the storage unit or not;

and the entrance guard unit executes door opening action/refuses door opening action according to the judgment result of the judgment unit, if the judgment result of the judgment unit and the verification result of the verification unit are both yes, the entrance guard unit executes door opening action, and otherwise, the entrance guard unit outputs warning information to delivery personnel.

Each piece of order information in the order information list comprises at least one of a receiver name, receiver address information and goods information;

the delivery note information also comprises the name of the receiver and the goods information;

the checking unit judges whether the delivery order information exists in the order information list or not by comparing whether all contents in the order information are completely consistent with the delivery order information output by the processing unit or not.

Or each piece of order information in the order information list stored in the storage unit further comprises delivery information corresponding to each piece of order information;

the acquisition unit also acquires delivery personnel information;

the checking unit judges whether the delivery order information exists in the order information list or not by comparing whether the delivery information in the order information is completely consistent with the delivery person information acquired by the acquisition unit or not.

The delivery information comprises delivery person identity information and/or a delivery time range, and the delivery person information comprises identity information of the delivery person.

When the delivery information comprises delivery person identity information, the checking unit further compares whether the delivery person information is consistent with the delivery person identity information in the delivery information, if so, the extracting unit extracts the floor where the delivery person is located from the address information of the delivery person, otherwise, warning information is output to the delivery person.

When the delivery information comprises a delivery time range, the checking unit further compares whether the current moment of the delivery person information acquired by the acquisition unit is within the delivery time range, if so, the extraction unit extracts the floor where the receiver is located from the receiver address information, otherwise, warning information is output to the delivery person.

When the delivery information comprises delivery personnel identity information and a delivery time range, the checking unit compares whether the delivery personnel information is consistent with the delivery personnel identity information in the delivery information and whether the current moment of the delivery personnel information acquired by the acquisition unit is within the delivery time range, if so, the extraction unit extracts the floor where the delivery personnel is located from the address information of the delivery personnel, otherwise, warning information is output to the delivery personnel.

According to the embodiment, the authenticity of the delivery order information is verified according to the order information received in advance, the potential risk that the delivery order information is counterfeited to enter a building is avoided, and the consistency of delivery personnel and/or delivery time can be verified according to the order information received in advance, so that the delivery personnel can obtain authorization only in the delivery-allowed time period, and invalid delivery of the delivery personnel due to the fact that the receiver is not available can be avoided.

Example nine

On the basis of the eighth embodiment, the present embodiment adds an automatic registration function of the destination floor of the delivery person. Specifically, as shown in fig. 8, the authority management system of the building of the present embodiment includes:

an acquisition unit, configured to acquire a delivery slip image, where the delivery slip image includes an image of recipient address information;

the processing unit is used for processing the delivery bill image acquired by the acquisition unit and outputting delivery bill information containing the address information of the consignee;

a judging unit configured to judge whether or not the consignee address information included in the delivery slip information output by the processing unit is consistent with an address of a building;

the storage unit is used for storing an order information list of the goods receivers in the building;

the checking unit is used for judging whether the delivery order information output by the processing unit exists in the order information list stored in the storage unit or not;

the access control unit executes door opening action/refuses door opening action according to the judgment result of the judgment unit, if the judgment result of the judgment unit and the verification result of the verification unit are both yes, the access control unit executes door opening action, and otherwise, warning information is output to delivery personnel;

the extraction unit is used for extracting the floor where the consignee is located from the consignee address information contained in the delivery bill information output by the processing unit and sending the floor to the registration unit when the door opening action is executed by the access control unit;

and the registration unit registers the floor where the receiver is located extracted by the extraction unit as a target floor.

Similarly, considering that a certain distance is usually reserved between a building door (entrance) of a building and an elevator waiting hall, a certain time is required for a delivery person to arrive at the elevator waiting hall from the building door, therefore, in order to avoid missing an elevator and influencing the operation efficiency of the elevator because the delivery person is not in time to enter an elevator car, the extracting unit estimates the moving time required by the delivery person according to the distance between the entrance guard unit and the elevator waiting hall, the extracting unit transmits the floor where the delivery person is located to the registering unit after delaying the moving time, and the registering unit registers the floor where the delivery person is located as a target floor immediately after receiving the floor where the delivery person is located. Or the extraction unit immediately sends the floor where the consignee is located and the moving time to the registration unit, and the registration unit receives the floor where the consignee is located and registers the floor where the consignee is located as a target floor after delaying the moving time.

The present invention has been described in detail with reference to the specific embodiments, which are merely preferred embodiments of the present invention, and the present invention is not limited to the above embodiments. Equivalent alterations and modifications made by those skilled in the art without departing from the principle of the invention should be considered to be within the technical scope of the invention.

Claims (23)

1. An elevator destination floor registration system, the system comprising:

an acquisition unit, configured to acquire a delivery slip image, where the delivery slip image includes an image of recipient address information;

the processing unit is used for processing the delivery bill image acquired by the acquisition unit and outputting delivery bill information containing the address information of the consignee;

the extraction unit is used for extracting the floor where the receiver is located from the address information of the receiver contained in the delivery bill information output by the processing unit;

and the registration unit registers the floor where the receiver is located extracted by the extraction unit as a target floor.

2. An elevator target floor registration system as defined in claim 1, further comprising:

the judging unit is used for judging whether the address information of the consignee contained in the delivery bill information output by the processing unit is consistent with the address of the building where the elevator is located;

if the judging unit judges that the address information of the consignee is consistent with the address of the building where the elevator is located, the extracting unit extracts the floor where the consignee is located from the address information of the consignee and outputs the floor, and otherwise, warning information is output to delivery personnel.

3. An elevator target floor registration system as defined in claim 1, further comprising:

the storage unit is used for storing an order information list of the goods receiver in the building where the elevator is located;

and the checking unit is used for judging whether the delivery order information output by the processing unit exists in the order information list stored in the storage unit, if so, the extracting unit extracts the floor where the consignee is located from the consignee address information, and otherwise, warning information is output to delivery personnel.

4. Elevator target floor registration system according to claim 3,

each piece of order information in the order information list comprises at least one of a receiver name, receiver address information and goods information;

the delivery note information also comprises the name of the receiver and the goods information;

the checking unit judges whether the delivery order information exists in the order information list or not by comparing whether all contents in the order information are completely consistent with the delivery order information output by the processing unit or not.

5. Elevator destination floor registration system according to claim 3, characterized in that the order information is transmitted by the consignee to the storage unit via a mobile terminal or the consignee's order information is obtained directly from the order system via the consignee's authorization.

6. Elevator target floor registration system according to claim 3,

each piece of order information in the order information list stored in the storage unit further comprises delivery information corresponding to each piece of order information;

the acquisition unit also acquires delivery personnel information;

the checking unit judges whether the delivery order information exists in the order information list or not by comparing whether the delivery information in the order information is completely consistent with the delivery person information acquired by the acquisition unit or not.

7. Elevator destination floor registration system according to claim 6, characterized in that the delivery information comprises delivery person identity information and/or a delivery time range, which delivery person information contains its identity information.

8. Elevator target floor registration system according to claim 7,

when the delivery information comprises delivery person identity information, the checking unit further compares whether the delivery person information is consistent with the delivery person identity information in the delivery information, if so, the extracting unit extracts the floor where the delivery person is located from the address information of the delivery person, otherwise, warning information is output to the delivery person;

when the delivery information comprises a delivery time range, the checking unit further compares whether the current moment of the delivery person information acquired by the acquisition unit is within the delivery time range, if so, the extraction unit extracts the floor where the consignee is located from the consignee address information, otherwise, warning information is output to the consignee;

when the delivery information comprises delivery personnel identity information and a delivery time range, the checking unit compares whether the delivery personnel information is consistent with the delivery personnel identity information in the delivery information and whether the current moment of the delivery personnel information acquired by the acquisition unit is within the delivery time range, if so, the extraction unit extracts the floor where the delivery personnel is located from the address information of the delivery personnel, otherwise, warning information is output to the delivery personnel.

9. The elevator destination floor registration system according to any one of claims 3 to 8, wherein the storage unit deletes the corresponding order information from the order information list when the elevator completes the elevator boarding request corresponding to the delivery order information.

10. An elevator control method, characterized by comprising the steps of:

step S1, receiving a destination floor registered by a passenger;

step S2, judging whether the passengers only have delivery personnel, if so, entering step S3, otherwise, entering step S5;

step S3, judging whether the elevator is in an idle state, if so, entering step S4, otherwise, controlling the elevator according to a conventional control mode, and ending;

step S4, the destination floors of the delivery persons are sequenced from top to bottom or from bottom to top, the elevator is controlled to sequentially run to the destination floors of the delivery persons according to the sequenced destination floors, and when the elevator stops at each destination floor, the car doors are kept open until the elevator detects that the delivery persons return to the car, and the operation is finished;

step S5, judging whether the delivery personnel and other passengers in the same row have the same destination floor, if so, entering step S6, otherwise, entering step S7;

step S6, reserving a common destination floor of the delivery person and other passengers in the same row, controlling the elevator to run to the common destination floor according to the current running direction, and ending;

step S7, judging whether the destination floor of the delivery personnel is only one, if yes, controlling the elevator according to a conventional control mode, and ending, otherwise, entering step S8;

and step S8, judging whether the destination floor of the same-row other passengers exists in the front of the destination floor farthest from the current position of the delivery person in the current running direction of the elevator or not, if so, reserving the destination floor farthest from the current position of the delivery person, controlling the elevator to run to the farthest destination floor according to the current running direction, and ending, otherwise, reserving only the destination floor farthest from the current position of the delivery person, controlling the elevator according to a conventional control mode, and ending.

11. The elevator control method according to claim 10, wherein in step S6, after the elevator is moved to the common destination floor and the delivery person leaves the car, an upward or downward direction signal is automatically registered based on the remaining destination floor of the delivery person, the current moving direction of the elevator, and the current position of the car.

12. The elevator control method according to claim 11,

when a target floor above the floor where the delivery person is currently located and a target floor below the floor where the delivery person is currently located exist in the rest target floors, if the floor where the delivery person is currently located is located in front of the current position of the lift car in the current running direction of the lift, a direction signal consistent with the current running direction of the lift is registered, and if not, a direction signal opposite to the current running direction of the lift is registered;

and when only a target floor above the floor where the delivery person is currently located or a target floor below the floor where the delivery person is currently located exists in the residual target floors, registering a direction signal according to the relation between the residual target floors and the floor where the delivery person is currently located.

13. The elevator control method according to claim 10, wherein in step S1, the passenger' S registered destination floor is a destination floor registered by the passenger himself/herself and/or a destination floor registered by the elevator destination floor registration system according to any one of claims 1 to 6.

14. The elevator control method according to claim 10, wherein in step S4, when the car door is kept open and the delivery person does not return to the car, if another elevator taking request occurs, the elevator exits the open door holding state and responds to the elevator taking request.

15. A rights management system for a building, the system comprising:

an acquisition unit, configured to acquire a delivery slip image, where the delivery slip image includes an image of recipient address information;

the processing unit is used for processing the delivery bill image acquired by the acquisition unit and outputting delivery bill information containing the address information of the consignee;

a judging unit configured to judge whether or not the consignee address information included in the delivery slip information output by the processing unit is consistent with an address of a building;

and the access control unit executes the door opening action/refuses the door opening action according to the judgment result of the judgment unit.

16. The authority management system for a building according to claim 15, wherein when the judging unit judges that the consignee address information does not coincide with the address of the building, warning information is output to a consignee.

17. The building rights management system of claim 15, further comprising:

the storage unit is used for storing an order information list of the goods receivers in the building;

the checking unit is used for judging whether the delivery order information output by the processing unit exists in the order information list stored in the storage unit or not;

if the judgment result of the judgment unit and the verification result of the verification unit are both yes, the door access control unit executes the door opening action, otherwise, warning information is output to delivery personnel.

18. The rights management system of the building of claim 15 or 17, wherein the system further comprises:

the extraction unit is used for extracting the floor where the consignee is located from the consignee address information contained in the delivery bill information output by the processing unit and sending the floor to the registration unit when the door opening action is executed by the access control unit;

and the registration unit registers the floor where the receiver is located extracted by the extraction unit as a target floor.

19. The rights management system of the building of claim 18,

the extraction unit estimates the moving time of the delivery personnel according to the distance between the access control unit and the elevator waiting hall, the extraction unit delays the floor where the consignee is located for the moving time and then sends the moving time to the registration unit, and the registration unit immediately registers the floor where the consignee is located as the target floor after receiving the floor where the consignee is located, or the extraction unit immediately sends the floor where the consignee is located and the moving time to the registration unit, and the registration unit delays the moving time after receiving the floor where the consignee is located and then registers the floor where the consignee is located as the target floor.

20. The rights management system of the building of claim 17,

each piece of order information in the order information list comprises at least one of a receiver name, receiver address information and goods information;

the delivery note information also comprises the name of the receiver and the goods information;

the checking unit judges whether the delivery order information exists in the order information list or not by comparing whether all contents in the order information are completely consistent with the delivery order information output by the processing unit or not.

21. The rights management system of the building of claim 17,

each piece of order information in the order information list stored in the storage unit further comprises delivery information corresponding to each piece of order information;

the acquisition unit also acquires delivery personnel information;

the checking unit judges whether the delivery order information exists in the order information list or not by comparing whether the delivery information in the order information is completely consistent with the delivery person information acquired by the acquisition unit or not.

22. The rights management system of claim 21, wherein the delivery information includes delivery person identification information and/or a delivery time range, the delivery person information including its identification information.

23. The rights management system of the building of claim 22,

when the delivery information comprises delivery person identity information, the checking unit further compares whether the delivery person information is consistent with the delivery person identity information in the delivery information, if so, the extracting unit extracts the floor where the delivery person is located from the address information of the delivery person, otherwise, warning information is output to the delivery person;

when the delivery information comprises a delivery time range, the checking unit further compares whether the current moment of the delivery person information acquired by the acquisition unit is within the delivery time range, if so, the extraction unit extracts the floor where the consignee is located from the consignee address information, otherwise, warning information is output to the consignee;

when the delivery information comprises delivery personnel identity information and a delivery time range, the checking unit compares whether the delivery personnel information is consistent with the delivery personnel identity information in the delivery information and whether the current moment of the delivery personnel information acquired by the acquisition unit is within the delivery time range, if so, the extraction unit extracts the floor where the delivery personnel is located from the address information of the delivery personnel, otherwise, warning information is output to the delivery personnel.

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