CN210795408U - Take advantage of terraced system based on cell-phone bluetooth communication - Google Patents
Take advantage of terraced system based on cell-phone bluetooth communication Download PDFInfo
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- CN210795408U CN210795408U CN201921565952.2U CN201921565952U CN210795408U CN 210795408 U CN210795408 U CN 210795408U CN 201921565952 U CN201921565952 U CN 201921565952U CN 210795408 U CN210795408 U CN 210795408U
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Abstract
The utility model provides a take advantage of terraced system based on bluetooth of mobile phone communication technology solves the not enough and inconvenient problem of use of current elevator system security. The elevator system comprises an elevator main controller, a mobile phone Bluetooth module, an extra-elevator Bluetooth module, an intra-elevator Bluetooth module, a Bluetooth terminal and a cloud server; the Bluetooth terminal is in circuit connection with the elevator main controller; the cloud server is in data communication with the elevator main controller; the mobile phone Bluetooth module is respectively in wireless connection with the out-of-elevator Bluetooth module and the in-elevator Bluetooth module; the Bluetooth terminal is respectively in wireless connection with the out-of-ladder Bluetooth module and the in-ladder Bluetooth module. The user fills in personal information at the applet after being connected to extra-elevator bluetooth module through cell-phone bluetooth module, and elevator main control unit controls the elevator to carry out corresponding action and meets and send the user after checking personal information according to the authority storehouse of high in the clouds server, ensures the security that the elevator used, and the user only need carry the smart mobile phone can the safe use elevator simultaneously using the elevator, and is very convenient, need not additionally to carry the IC-card.
Description
Technical Field
The utility model relates to an elevator control system technical field, especially a take advantage of terraced system based on bluetooth of mobile phone communication.
Background
Along with the continuous improvement of social and economic levels, the living level of people is improved, newly-built commodity rooms are basically equipped with elevators in a standard mode, old-fashioned commodity rooms are also popularized with great force for elevator transformation, some houses in rural areas are also provided with elevators, and the elevators can be classified to modern life. People always enjoy the convenience brought by the elevator whether the people live, get on or off duty, visit relatives or leave shopping malls every day. Most elevators in the market belong to traditional old elevators, and when the elevators need to be used, the elevators can automatically take the elevators to a destination floor only by correspondingly pressing the floor keys which the elevators want to reach after the elevators arrive. The elevator is the most common, and each person can reach any floor which the person wants to go according to the corresponding key position according to the requirement of the person. Such conventional elevators are indeed convenient, but at the same time there are also safety risks. The elevator system does not check the identity of the people who use the elevator, and even some social people who are unknown or not very useful can use the elevator conveniently, so that the personal safety and the property safety of residents are not less risks. In addition, some elevators in the market adopt the IC card technology, and the personnel who use need brush own IC card in the elevator every time when using the elevator, and the elevator checks that the information is correct and then will reach corresponding floor. Such an elevator system does improve safety and reduce accidents, but has a limitation of inconvenience. As a resident who goes in and out every day must carry the IC card, even if the resident takes off express delivery or runs in a building, the resident needs to carry the IC card with him, and even if the resident forgets to carry the IC card or the IC is lost, the resident cannot normally use the elevator. For visitors or temporarily boarded people, the IC card cannot be taken in advance to use the elevator when the visitors or temporarily boarded people temporarily enter and exit, so that the residents are required to take the elevator every time the visitors or boarded people enter and exit. In order to effectively solve the above problems, an improvement of the existing elevator system is required.
SUMMERY OF THE UTILITY MODEL
The utility model aims at providing a take advantage of terraced system based on bluetooth of mobile phone communication solves the not enough and inconvenient problem of use of current elevator system security.
The technical scheme of the utility model is realized like this:
the elevator taking system based on the mobile phone Bluetooth communication technology comprises an elevator main controller, wherein the elevator main controller is installed in an elevator car and communicated with an external network, and particularly comprises: the system also comprises a mobile phone Bluetooth module, an extra-elevator Bluetooth module, an intra-elevator Bluetooth module, a Bluetooth terminal and a cloud server; the mobile phone Bluetooth module is arranged in the mobile phone; the smart machine on the market all is equipped with bluetooth module, the utility model discloses can compatible bluetooth module on the overwhelming majority smart mobile phone on the market, only need with the bluetooth function of smart mobile phone open can with the utility model discloses an outer bluetooth module of ladder, terraced bluetooth module connect. The off-board Bluetooth modules are arranged in the elevator hall corridor of each floor, and each off-board Bluetooth module is provided with an independent number; when the resident or visitor are close to the elevator room at every turn, keep the bluetooth of the mobile phone module in the open mode, the bluetooth of the mobile phone module will be automatically connected with the outside-elevator bluetooth module, and the operation of calling the elevator can be directly carried out by taking out the mobile phone at the moment, so that the experience is convenient and smooth. The independent numbers of the out-of-elevator Bluetooth modules are used for the elevator main controller to judge the floor where the user is located, and the independent numbers of the out-of-elevator Bluetooth modules transmit call request information of the user to the elevator main controller. The in-elevator Bluetooth module is arranged in a control panel of the elevator car; the in-elevator Bluetooth module is used for confirming that a resident or a visitor has correctly entered the corresponding elevator, and the in-elevator Bluetooth module is installed in the control panel so that the internal environment of the elevator car can be kept clean and tidy. The Bluetooth terminal is arranged in a control panel of the elevator car and is connected with the elevator main controller through a circuit; the cloud server is in data communication with the elevator main controller; when the elevator main controller receives a call request sent by a user, the elevator main controller needs to check information with an authority library on the cloud server to ensure that the identity of an elevator user is verified. The mobile phone Bluetooth module is respectively in wireless connection with the out-of-elevator Bluetooth module and the in-elevator Bluetooth module; the mobile phone Bluetooth module is connected with the out-of-elevator Bluetooth module firstly when calling the elevator, and is connected with the in-elevator Bluetooth module after successfully calling the elevator and entering the elevator car. The Bluetooth terminal is respectively in wireless connection with the out-of-ladder Bluetooth module and the in-ladder Bluetooth module.
Furthermore, after the mobile phone Bluetooth module is in wireless connection with the off-board Bluetooth module, the information can be filled in through the applet, and the mobile phone Bluetooth module can transmit the information filled in the applet to the Bluetooth terminal through the off-board Bluetooth module. The user needs to open the mobile phone Bluetooth module when using the elevator for the first time, after the mobile phone Bluetooth module is connected with the off-board Bluetooth module, the mobile phone Bluetooth module is opened to the applet and fills in the personal identity information, after the completion of the filling, the user clicks the confirmation button on the applet, and the filled personal identity information and the independent number of the connected off-board Bluetooth module are transmitted to the Bluetooth terminal in the elevator car through the off-board Bluetooth module.
Furthermore, the off-board Bluetooth modules are mutually connected to form a network, and each off-board Bluetooth module can transmit data to the Bluetooth terminal through an internal network. The elevator car moves on different floors, the extra-elevator Bluetooth module where the user is located sometimes cannot be directly connected with the Bluetooth terminal of the elevator car due to too large distance, a data link is established through the extra-elevator Bluetooth module networking on each floor, the extra-elevator Bluetooth module connected with the user can be connected with the Bluetooth terminal through the data link, and the user call request can be further ensured to be stably transmitted to the Bluetooth terminal.
Furthermore, the in-ladder Bluetooth module can be automatically connected with the mobile phone Bluetooth module, and the in-ladder Bluetooth module can automatically send data to the Bluetooth terminal after being connected with the mobile phone. After the user enters the elevator car, the mobile phone Bluetooth module is automatically connected with the in-elevator Bluetooth module, and the in-elevator Bluetooth module automatically sends registration confirmation information to the Bluetooth terminal.
Furthermore, the Bluetooth terminal automatically sends the received data of the in-elevator Bluetooth module and the received data of the out-elevator Bluetooth module to the elevator main controller. After the off-board Bluetooth module transmits call request information and self independent numbers of a user to the Bluetooth terminal, the Bluetooth terminal transmits the call request information and the independent numbers to the elevator main controller, the elevator main controller compares ID, name, mobile phone number and doorplate number in the call request information with the authority library of the cloud server, if verification is successful, the elevator main controller registers received destination floor information, the elevator main controller controls the elevator to go to a corresponding floor according to the independent numbers of the off-board Bluetooth module to respond to the call request of a resident, and meanwhile returns information such as 'call success, please wait patiently' and the like to the mobile phone. And if the verification fails, the elevator is forbidden to be used, and information such as 'you go wrong' is returned to the mobile phone. The link through which the relevant information is returned to the mobile phone is as follows: elevator master controller-bluetooth terminal-corresponding extra-elevator bluetooth module-mobile phone bluetooth module-applet. After the elevator calling is successful, the user enters the elevator car, the Bluetooth terminal receives the registration confirmation information sent by the Bluetooth module in the elevator, the Bluetooth terminal further sends the registration confirmation information to the elevator main controller, and the elevator main controller controls the elevator car to move to the registered floor. If the user does not enter the elevator, namely the Bluetooth module in the elevator does not send registration confirmation information to the elevator main controller, the elevator main controller cancels the registration, and the elevator car does not act.
The utility model has the advantages that: the action of the elevator main controller needs to be checked to be correct with the resident information on the cloud server, and the resident information on the cloud server is verified to be real and effective through property, so that the elevator can serve real residents only, the safety and the privacy of elevator use in a community can be guaranteed, and unknown strangers are effectively prevented from using the elevator. In addition, the resident only needs to be connected with the out-of-elevator Bluetooth module through the mobile phone Bluetooth module, the small program is opened, the real information of the resident is filled in during first use, the out-of-elevator Bluetooth module transmits the information filled in by the resident to the Bluetooth terminal in the elevator, the Bluetooth terminal transmits the information to the elevator main controller and then is verified by the elevator main controller and the authority library of the cloud server, the elevator can be used after verification is successful, the elevator can be normally used without additionally carrying an IC card, the elevator can be normally used as long as the mobile phone is taken when the resident goes out every time, after the real information of the resident is filled, the elevator does not need to be repeatedly filled in personal information afterwards, and calling operation can be carried out only by opening the mobile phone Bluetooth module to connect the. When the visitor needs to use the elevator, the mobile phone Bluetooth module is connected with the out-of-elevator Bluetooth module, personal information of the visitor is filled in the applet and the visitor requests to use the elevator, and the corresponding resident can give the visitor permission to use the elevator temporarily after confirming the identity of the visitor after receiving the request information. After the visitor obtains the permission of using the elevator temporarily, the visitor can carry the mobile phone to open the Bluetooth module to normally use the elevator to the floor where the resident is located like the resident, and the elevator is very convenient. The improved elevator taking system can guarantee the safety of the community while considering the convenience of use.
Drawings
FIG. 1 is a schematic diagram of the structure of the present invention;
FIG. 2 is a block diagram showing a flow of embodiment 1;
FIG. 3 is a block diagram of the flow of embodiment 2.
Description of reference numerals: 1-a mobile phone Bluetooth module; 2-an extra-ladder bluetooth module; 3-an intra-ladder bluetooth module; 4-a bluetooth terminal; 5-elevator master controller; 6-cloud server.
Detailed Description
Example 1
As shown in fig. 1 and fig. 2, the elevator taking system based on the mobile phone bluetooth communication technology of the embodiment includes an elevator main controller 5, the elevator main controller 5 is installed in an elevator car, and the elevator main controller 5 is communicated with an external network, and further includes a mobile phone bluetooth module 1, an extra-elevator bluetooth module 2, an intra-elevator bluetooth module 3, a bluetooth terminal 4 and a cloud server; the mobile phone Bluetooth module 1 is arranged in a mobile phone; the smart machine on the market all is equipped with bluetooth module, the utility model discloses can be compatible bluetooth module on the overwhelming majority smart mobile phone on the market, only need open the bluetooth function of smart mobile phone can with the utility model discloses an outer bluetooth module of ladder 2, terraced interior bluetooth module 3 are connected. The off-board Bluetooth modules 2 are arranged in the elevator hall corridor of each floor, and each off-board Bluetooth module 2 is provided with an independent number; when the resident family or visitor are close to the elevator room at every turn, keep mobile phone Bluetooth module 1 in the open mode, mobile phone Bluetooth module 1 will be automatic be connected with extra-elevator Bluetooth module 2, take out the cell-phone this moment and just can directly go on calling the ladder operation, experience smooth convenience. The independent number that each out-of-elevator bluetooth module 2 was equipped with is used for elevator main controller 5 to judge the floor that the user was located, and the independent number of out-of-elevator bluetooth module 2 will follow user's calling call request information and transmit to elevator main controller 5. The in-elevator Bluetooth module 3 is arranged in a control panel of the elevator car; the in-elevator Bluetooth module 3 is used for confirming that a resident or a visitor has correctly entered a corresponding elevator, and the in-elevator Bluetooth module 3 is installed in the control panel so that the internal environment of the elevator car can be kept tidy. The Bluetooth terminal 4 is arranged in a control panel of the elevator car, and the Bluetooth terminal 4 is in circuit connection with the elevator main controller 5; the cloud server 6 is in data communication with the elevator main controller 5; when the elevator main controller 5 receives a call request sent by a user, the information needs to be checked with the authority library on the cloud server 6 to ensure that the identities of elevator users are verified. The mobile phone Bluetooth module 1 is respectively in wireless connection with the out-of-elevator Bluetooth module 2 and the in-elevator Bluetooth module 3; the mobile phone Bluetooth module 1 is connected with the out-of-elevator Bluetooth module 2 firstly when calling the elevator, and is connected with the in-elevator Bluetooth module 3 after successfully calling the elevator and entering the elevator car. Bluetooth terminal 4 respectively with outside the ladder bluetooth module 2, in the ladder bluetooth module 3 wireless connection.
After the mobile phone Bluetooth module 1 is in wireless connection with the out-of-elevator Bluetooth module 2, information can be filled in through the applet, and the mobile phone Bluetooth module 1 can transmit the information filled in the applet to the Bluetooth terminal 4 through the out-of-elevator Bluetooth module 2. The user uses the elevator for the first time and needs to open the mobile phone Bluetooth module 1, after the mobile phone Bluetooth module 1 is connected with the extra-elevator Bluetooth module 2, the small program is opened to fill in the personal identity information, after the completion of the filling, the user clicks the confirmation button on the small program, and the filled personal identity information and the independent number of the connected extra-elevator Bluetooth module 2 are transmitted to the Bluetooth terminal 4 in the elevator car through the extra-elevator Bluetooth module 2.
The off-board Bluetooth modules 2 are connected with each other to form a network, and each off-board Bluetooth module 2 can transmit data to the Bluetooth terminal 4 through an internal network. The elevator car moves on different floors, the extra-elevator Bluetooth module 2 where the user is located is sometimes too far away from the Bluetooth terminal 4 of the elevator car to be directly connected, a data link is established through the extra-elevator Bluetooth module 2 on each floor, the extra-elevator Bluetooth module 2 connected with the user can be connected with the Bluetooth terminal 4 through the data link, and the call request of the user can be further stably transmitted to the Bluetooth terminal 4.
The in-ladder Bluetooth module 3 can be automatically connected with the mobile phone Bluetooth module 1, and the in-ladder Bluetooth module 3 can automatically send data to the Bluetooth terminal 4 after being connected with a mobile phone. After the user enters the elevator car, the mobile phone Bluetooth module 1 is automatically connected with the in-elevator Bluetooth module 3, and the in-elevator Bluetooth module 3 automatically sends registration confirmation information to the Bluetooth terminal 4.
The Bluetooth terminal 4 automatically sends the received data of the in-elevator Bluetooth module 3 and the data of the out-elevator Bluetooth module 2 to the elevator main controller 5. After the off-board Bluetooth module 2 transmits the calling request information of the user and the independent number of the user to the Bluetooth terminal 4, the Bluetooth terminal 4 transmits the calling request information and the independent number to the elevator main controller, the elevator main controller compares the ID, name, mobile phone number and number in the calling request information with the authority library of the cloud server 6, if the verification is successful, the elevator main controller 5 registers the received destination floor information, the elevator main controller 5 controls the elevator to go to the corresponding floor according to the independent number of the off-board Bluetooth module 2 to respond to the calling request of the resident, and meanwhile, the information of 'calling successfully, please wait patiently' and the like is returned to the mobile phone. And if the verification fails, the elevator is forbidden to be used, and information such as 'you go wrong' is returned to the mobile phone. The link through which the relevant information is returned to the mobile phone is as follows: the elevator main controller 5-the Bluetooth terminal 4-corresponds to the extra-elevator Bluetooth module 2-the mobile phone Bluetooth module 1-the applet. After the elevator calling is successful, the user enters the elevator car, the Bluetooth terminal 4 receives the registration confirmation information sent by the in-elevator Bluetooth module 3, the Bluetooth terminal 4 further sends the registration confirmation information to the elevator main controller 5, and the elevator main controller 5 controls the elevator car to move to the registered floor. If the user does not enter the elevator, namely the in-elevator Bluetooth module 3 does not send the 'confirmation registration' information to the elevator main controller 5, the elevator main controller 5 cancels the registration and the elevator car does not act.
When a resident uses an elevator for the first time, the mobile phone Bluetooth module 1 is opened, the outdoor Bluetooth module 2 close to the floor is opened, the applet is opened, personal identity information such as ID, name, mobile phone number and house number and target floor information are filled, after the completion of the filling, the 'confirmation' button is clicked in the applet, and the outdoor Bluetooth module 2 of the floor can send the personal identity information, the target floor information and the independent number of the outdoor Bluetooth module 2 of the resident to the Bluetooth terminal 4. After the Bluetooth terminal 4 receives the information, the personal identity information, the target floor information and the independent number of the off-board Bluetooth module 2 of the resident are transmitted to the elevator main controller 5, the elevator main controller 5 verifies the authority of the received personal identity information and the authority library of the cloud server 6, and after the verification is successful, the elevator main controller 5 registers the target floor information and controls the elevator car to move to the corresponding floor according to the independent number of the off-board Bluetooth module 2. After the elevator reaches the floor where the resident is, the resident can enter the elevator car. After the resident enters the elevator car, the mobile phone Bluetooth module 1 of the resident is automatically connected with the in-elevator Bluetooth module 3, at the moment, the in-elevator Bluetooth module 3 sends registration confirmation information to the Bluetooth terminal 4, the Bluetooth terminal 4 sends the registration confirmation information to the elevator main controller 5, and the elevator main controller 5 controls the elevator car to move to a target floor according to the registered target floor information. After the resident is used, personal identity information is not required to be filled in, and the call request can be carried out only by opening the mobile phone Bluetooth module 1 to be connected with the off-board Bluetooth module 2.
Example 2
The elevator taking system based on the mobile phone bluetooth communication technology in the embodiment is different from the elevator taking system in the embodiment 1 in that: as shown in fig. 1 and fig. 3, when a guest visits a resident, a mobile phone bluetooth module 1 is opened, the mobile phone bluetooth module 1 is connected with an extra-elevator bluetooth module 2 on a floor where the guest is located, then an applet is opened, and the guest fills identity information and pre-access time of the guest in the applet, wherein the identity information comprises a name, a telephone and the like; searching the householder through the information of the householder such as name, telephone, house number and the like, applying for access, and judging whether to allow the access according to the identity information filled by the visitor after the householder receives the application; after the householder passes the application, the visitor is granted temporary authority, can take the elevator in the pre-access time, and can only go to the floor where the householder is located. When the visitor who obtains interim authority uses the elevator, keep cell-phone bluetooth module 1 in the open mode, after extra-ladder bluetooth module 2 and cell-phone bluetooth module 1 are connected automatically, extra-ladder bluetooth module 2 sends the personal information of visitor and the independent serial number of extra-ladder bluetooth module 2 to bluetooth terminal 4, and bluetooth terminal 4 transmits these information to elevator main control unit 5 again. The elevator main controller 5 verifies the personal information of the visitor and the authority library of the cloud server 6, meanwhile verifies the authority effective time of the visitor, and after the verification is passed, the elevator main controller 5 controls the elevator car to reach the floor where the visitor is located. In the visitor got into elevator car, visitor's bluetooth module 1 and the automatic connection of bluetooth module 3 in the ladder, bluetooth module 3 sends "confirm registration" information to bluetooth terminal 4 in the ladder, and during bluetooth terminal 4 sent "confirm registration" information to elevator main control unit 5 again, elevator main control unit 5 then controlled elevator car according to the owner floor information that visitor permission was opened and sent the visitor to the floor that corresponds owner belonged to in the middle of.
Claims (5)
1. The utility model provides a take advantage of terraced system based on bluetooth of mobile phone communication technology, includes elevator main control unit, and elevator main control unit installs in elevator car, and elevator main control unit and external network intercommunication, its characterized in that: the system also comprises a mobile phone Bluetooth module, an extra-elevator Bluetooth module, an intra-elevator Bluetooth module, a Bluetooth terminal and a cloud server; the mobile phone Bluetooth module is arranged in the mobile phone; the off-board Bluetooth modules are arranged in the elevator hall corridor of each floor, and each off-board Bluetooth module is provided with an independent number; the in-elevator Bluetooth module is arranged in a control panel of the elevator car; the Bluetooth terminal is arranged in a control panel in the elevator car and is connected with the elevator main controller through a circuit; the cloud server is in data communication with the elevator main controller; the mobile phone Bluetooth module is respectively in wireless connection with the out-of-elevator Bluetooth module and the in-elevator Bluetooth module; the Bluetooth terminal is respectively in wireless connection with the out-of-ladder Bluetooth module and the in-ladder Bluetooth module.
2. The elevator taking system based on the mobile phone Bluetooth communication technology as claimed in claim 1, wherein: after the mobile phone Bluetooth module is in wireless connection with the off-board Bluetooth module, information filled in the applet can be transmitted to the Bluetooth terminal through the off-board Bluetooth module.
3. The elevator taking system based on the mobile phone Bluetooth communication technology as claimed in claim 1, wherein: the off-board Bluetooth modules are mutually connected to form a network, and each off-board Bluetooth module can transmit data to the Bluetooth terminal through an internal network.
4. The elevator taking system based on the mobile phone Bluetooth communication technology as claimed in claim 1, wherein: the in-ladder Bluetooth module can be automatically connected with the mobile phone Bluetooth module, and the in-ladder Bluetooth module can automatically send data to the Bluetooth terminal after being connected with the mobile phone.
5. The elevator taking system based on the mobile phone Bluetooth communication technology as claimed in claim 1, wherein: the Bluetooth terminal automatically sends the received data of the in-elevator Bluetooth module and the received data of the out-elevator Bluetooth module to the elevator main controller.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921565952.2U CN210795408U (en) | 2019-09-20 | 2019-09-20 | Take advantage of terraced system based on cell-phone bluetooth communication |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201921565952.2U CN210795408U (en) | 2019-09-20 | 2019-09-20 | Take advantage of terraced system based on cell-phone bluetooth communication |
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| CN210795408U true CN210795408U (en) | 2020-06-19 |
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| CN201921565952.2U Active CN210795408U (en) | 2019-09-20 | 2019-09-20 | Take advantage of terraced system based on cell-phone bluetooth communication |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112193956A (en) * | 2020-09-09 | 2021-01-08 | 日立楼宇技术（广州）有限公司 | Elevator control method, elevator control device, computer equipment and storage medium |
| CN112660947A (en) * | 2020-12-16 | 2021-04-16 | 广东机电职业技术学院 | Elevator call system and method |
-
2019
- 2019-09-20 CN CN201921565952.2U patent/CN210795408U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112193956A (en) * | 2020-09-09 | 2021-01-08 | 日立楼宇技术（广州）有限公司 | Elevator control method, elevator control device, computer equipment and storage medium |
| CN112660947A (en) * | 2020-12-16 | 2021-04-16 | 广东机电职业技术学院 | Elevator call system and method |
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