CN117221490A - Entrance guard and ladder control linkage control system and method based on resident response - Google Patents
Entrance guard and ladder control linkage control system and method based on resident response Download PDFInfo
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Abstract
The application relates to the technical field of entrance guard and elevator control, and discloses an entrance guard and elevator control linkage control system and method based on resident response, wherein the system comprises a resident end, an entrance guard system, an elevator control system and a cloud server module; the resident terminal comprises a resident access card and a resident mobile terminal; the access control system comprises an access control receiving module, a ladder control protocol adaptation module and an access control transmission module; the elevator control system comprises an elevator and an execution module; the cloud server module comprises a service receiving end, a cloud information base and an information processing module. The resident terminal collects information of the resident, and provides information carriers for people to and from the resident, and the information carriers finish information extraction on the access control system; the access control system provides an identity verification system for people to come and go, is in communication connection with the cloud server module and transmits signals. The ladder control system executes a calling action instruction and performs accurate operation according to the instruction; the cloud server module realizes the cache of a large amount of data, checks the door opening authority and floor information of people coming and going and issues an execution instruction.
Description
Technical Field
The application relates to the technical field of access control and elevator control, in particular to an access control and elevator control linkage control system and method based on resident response.
Background
The door control and elevator control linkage is a safety management system and is used for controlling the linkage of the elevator and the door control in a public area. With the arrangement of the system only authorized persons can enter the authorized area and take a given elevator to a given floor. In addition, entrance guard ladder control linkage can also record the access time and the destination of each person, and supervision and management of access personnel are realized. Such systems are widely used in a variety of contexts to improve security and convenience.
At present, the technology and equipment of an access control system and an elevator control system are updated and upgraded continuously, and the development direction of the access control ladder control linkage is intelligent, convenient and safe. Along with the deep integration of technologies such as the Internet of things and artificial intelligence, the intelligent degree of the access control ladder control linkage system needs to be further improved at the same time, and more convenience and safety are brought to daily life and work of people.
In the prior art, the technical compatibility problem still exists in entrance guard and ladder control linked system, because entrance guard system and ladder control system are usually developed by different manufacturers, when realizing the linkage, often appear incompatibility or single entrance guard corresponds the ladder control and links. The linkage matching effect of each part in the system is not good, the safety and convenience of ladder control are still not affected intelligently on equipment, and the problems of potential safety hazard, use sense reduction and the like are caused.
Disclosure of Invention
The application provides an entrance guard and ladder control linkage control system and method based on resident response, which are used for solving the problems that in the prior art, the linkage matching effect of each part is poor, the convenience of personnel access is insufficient, and the existing potential safety hazard is not efficiently solved due to insufficient intellectualization.
The aim of the application can be achieved by the following technical scheme:
an entrance guard and ladder control linkage control system based on resident response comprises a resident terminal, an entrance guard system, a ladder control system and a cloud server module;
the resident terminal comprises a resident access card and a resident mobile terminal; the access control system comprises an access control receiving module, a ladder control protocol adaptation module and an access control transmission module; the elevator control system comprises an elevator and an execution module; the cloud server module comprises a service receiving end, a cloud information base and an information processing module;
the resident terminal collects information of a resident, provides information carriers for people to come and go, and finishes information extraction on an access control system; the access control system provides an identity verification system for people to go and get away, and is in communication connection with the cloud server module, so that signals can be transmitted; the ladder control system executes a call action instruction and accurately operates according to different instructions generated in different scenes; the cloud server module realizes the caching of a large amount of data, checks the door opening authority of people and specific floor information, and issues specific execution instructions.
Preferably, the information carrier is a resident access card and a resident mobile terminal; the resident entrance guard card comprises a chip for storing resident identity information and resident information; the mobile terminal of the resident is mobile equipment used by the resident and comprises a smart phone, a smart bracelet watch, a vehicle-mounted flat plate and the like.
Preferably, the access control receiving module comprises an access control card reader, an access control identifier and an access control remote control module.
Preferably, the access identifier comprises a biological identification screen and an identification processor.
Preferably, the remote control module for the door control comprises a signal receiving device arranged on the door control system, wherein the signal receiving device is used for receiving wireless signals and controlling a door control switch.
Preferably, the ladder control protocol adapting module comprises a ladder control protocol adapter, and the ladder control protocol adapter is used for analyzing and generating the instruction file.
Preferably, the execution module is in communication connection with the control device of the elevator, and the communication connection is realized through RS-485 or TTL.
Preferably, the information processing module comprises a ladder control protocol adaptation engine, and the ladder control protocol adaptation engine is used for processing different ladder control configuration rules through functions to obtain standardized files of the adapted access control system.
An entrance guard and ladder control linkage control method based on resident response is applicable to the entrance guard and ladder control linkage control system based on resident response according to any one of claims 1-8; the resident response-based access control and ladder control linkage control method specifically comprises the following steps:
collecting resident information by inputting identity information and residence information;
the collected resident information is different in collecting mode, so that the collected resident information is more convenient and efficient to use later, standardized resident information is obtained through integration according to unified rules after the resident information is collected, resident information stored in unified standards is more efficient in use, comparison and searching. Storing standardized resident data in the cloud information base and the local equipment, and importing the standardized resident data into mobile terminal equipment through Bluetooth;
the method comprises the steps of confirming resident identities and door opening authorities on an access control system in a remote control mode, a card swiping mode, a biological recognition mode and the like, and acquiring information such as resident floors on local equipment after comparison confirmation;
if the local equipment is updated and has no cache record, requesting floor information from a cloud server module, and sending the floor information and a door opening instruction to an access control system by the cloud server module;
the door opening instruction and the floor information are transmitted to the protocol adapter through the access control system, the protocol adapter transmits the analyzed execution instruction to the elevator control, and the elevator control reaches the appointed elevator layer according to the floor information and the execution instruction.
Preferably, the specific parsing process of the protocol adapter includes the following steps:
analyzing the configuration file, analyzing linkage configuration, analyzing instruction parameters and constructing instruction objects in the analyzer;
temporarily storing the instruction tasks which are not executed after analysis in a task pool, and waiting for triggering of the execution instructions;
and the instruction meeting the condition in the task pool is screened out by triggering the execution instruction, and the ladder control instruction is issued by the executor.
The beneficial effects of the application are as follows: through the entrance guard and ladder control linkage control system based on resident response and the control method adapted by the entrance guard and ladder control linkage control system, the entrance guard system with high-efficiency identification capability and multiple identification types is combined with the ladder control system with analysis unified adaptation function and good compatibility, linkage is realized, so that a user can have more ways of triggering entrance guard and ladder control linkage while ensuring safety in and out, and the situation that the stability of the system is reduced and the experience of the user is reduced due to entrance guard faults is avoided; the protocol adaptation rule engine used in the cloud end in the system also meets the requirement that access control corresponds to a plurality of elevators to carry out linkage control to the greatest extent, so that the reliability and safety of access control elevator control are improved.
Drawings
The present application is further described below with reference to the accompanying drawings for the convenience of understanding by those skilled in the art.
FIG. 1 is a schematic illustration of a resident response based access control and ladder control coordinated control system in accordance with one embodiment of the present application;
fig. 2 is a block diagram of steps of an access control and ladder control linkage control method based on resident response according to an embodiment of the present application.
Detailed Description
In order to further describe the technical means and effects adopted by the application for achieving the preset aim, the following detailed description is given below of the specific implementation, structure, characteristics and effects according to the application with reference to the attached drawings and the preferred embodiment.
Technical terms related to the embodiment of the application:
ladder control protocol: refers to a communication protocol used between elevator control and access control in an access ladder control system. The protocol enables the entrance guard and the elevator to be controlled in a linkage way by defining an interaction mode between the elevator and the entrance guard controller.
Call instruction: the finger uses voice, gesture, card, fingerprint and other modes to select the required floor on the front desk of the elevator or the equipment such as a card swiping machine or a fingerprint machine of the floor so as to achieve the functions of calling or controlling the elevator.
RS-485: a serial communication protocol is also a communication bus standard. The RS-485 protocol is mainly used in the fields of industrial automation, building automation and the like, and can be used for high-speed and stable communication in a long distance range.
TTL: the abbreviation "Time to Live" is used in network communications to identify the Time when a packet survives in the network.
An entrance guard and ladder control linkage control system based on resident response, as shown in figure 1, comprises a resident terminal, an entrance guard system, a ladder control system and a cloud server module;
the resident terminal comprises a resident access card and a resident mobile terminal; the access control system comprises an access control receiving module, a ladder control protocol adaptation module and an access control transmission module; the elevator control system comprises an elevator and an execution module; the cloud server module comprises a service receiving end, a cloud information base and an information processing module.
Based on the purpose that the whole access control ladder control system can be efficiently realized, a plurality of subdivided modules for executing specific instructions and processing signals are arranged in a plurality of integral system modules in the scheme. Through signal transmission among the subdivision modules, instruction operation can be achieved in a one-to-one correspondence mode to the problems to be solved in the access control system.
Firstly, people with authority to freely enter and exit in the system are required to be authorized, and the authorized process is to count the data of households and realize the operation required by the normal use of the system. And the resident terminal collects information of the resident, and the information of the resident is collected through a link issued to the resident for online filling or a questionnaire applet related to identity information. The process is always that the information is not disclosed, has confidentiality, and ensures that any resident cannot acquire the identity information and residence information of each other. Meanwhile, the personal information and the personal number are bound, and the security is greatly improved by inputting biological information such as a face, a fingerprint and the like. The resident end inputs biological information into the access control system, the biotechnology of face recognition through the screen has low error rate, good accurate recognition performance, convenience, easiness and convenience in operation. And providing an information carrier for people to go and no-go, wherein the information carrier is a real object or information code capable of storing user information, for example, the user information code is made into an access card by a chip or two-dimensional code data is formed and compiled into a two-dimensional code, and the authentication basis in the access card or a remote operation system is formed. The different information carriers meet the requirement of users on the diversification of the access control system operation way, and are suitable for different scenes, different states of the users and different running conditions of equipment. The information carrier is used for extracting information on the access control system, and different use ways are adopted, so that various corresponding reading devices are required to be arranged on the access control system, user information in the information carrier is acquired through contact or scanning, the acquired user information is encrypted, and the information transmission in the whole system is required to be ensured to be in a strict encryption mechanism.
The access control system provides an identity verification system for people to go and get away, and is in communication connection with the cloud server module, so that signals can be transmitted. The user identity information identified on the access control system is used for verifying the user identity and checking the door opening authority. The identity verification system compares the identified user identity information with the resident information stored locally, and whether the authority of free access is met can be obtained through comparison. Because the local information storage amount is limited and the population of the community is flexible, in order to enable the access control system to be used smoothly, the local stored data in the access control system needs to be cleaned and updated regularly, so that part of user information can be lost on local equipment, and the cloud server module is in communication connection with the access control system to cache the information. Therefore, when resident information cannot be acquired from the local device, comparison information and floor information are requested to the cloud server module, and whether the person has access authority and information of the corresponding floor to be accessed are judged.
The ladder control system executes the call action instruction and performs accurate operation according to different instructions generated in different scenes. The call instruction can realize various functions, such as elevator calling, directional control of a specific floor, shielding of unauthorized personnel and the like, is more convenient and quick to use compared with other traditional control modes, such as keys and the like, and can effectively improve the convenience and efficiency of a user. The calling instruction is controlled by the elevator control system, the setting distance between the entrance guard and the elevator is controlled by floor information and different scenes, meanwhile, special requirements of people inconvenient to operate or disabled people with little body freedom degree are met, after data files are analyzed through protocol adaptation, management on the elevator operation time is conducted according to information data conveyed by different files, the entering people can take the elevator to the corresponding floor in time, the elevator in the process does not arrive in advance, the entering people are prevented from taking the elevator wrong, and waste of resources and time generated by the elevator arriving in advance is avoided, and the working efficiency of the elevator control system is low.
Furthermore, in a preferred embodiment of the present application, in order to improve the use efficiency and reliability of the access control system, not only strict control needs to be performed on the program of the access control system, but also different access identification information paths need to be made according to the requirements of different people, so that the information carrier is set as a resident access card and a resident mobile terminal; the resident entrance guard card comprises a chip for storing resident identity information and resident information; the mobile terminal of the resident is mobile equipment used by the resident and comprises a smart phone, a smart bracelet watch, a vehicle-mounted flat plate and the like. In addition, whether the residence is a residential residence can be identified by means of intercom, and floor information can be directly given through intercom.
Furthermore, in a preferred embodiment of the present application, in order to enable the access control system to have the above function, the access control information identification is implemented in multiple ways, and the access control receiving module is provided with an access control card reader, an access control identifier, and an access control remote control module. The card reader is used for swiping a card to acquire information; the entrance guard identifier is used for performing biological identification and can meet the requirement of intercom; the remote control of the entrance guard meets the requirement that a resident of a part of vehicles can directly open the entrance guard through remote control without getting off, and the entrance guard is controlled by a combined ladder control.
Further, in a preferred embodiment of the present application, the entrance guard identifier includes a biometric identification screen and an identification processor, where the biometric identification screen is capable of performing face identification, and by inputting a face, data of the face is cached locally, and when in use, the captured face information is compared by identifying the identification area, so as to determine whether there is permission to enter and exit. And the identification processor performs comparison processing, and if the identification processor passes through the comparison processing, the identification processor performs open channel and information transmission linkage ladder control. Simultaneously, set up fingerprint identification function on biological recognition screen, fingerprint identification's can increase biological recognition's variety, for further guaranteeing living environment's safety and provide the guarantee, and can be high-efficient, convenient.
Furthermore, in a preferred embodiment of the present application, when a car enters a district, it is not required that a car owner get off to detect, so that a doorway is not blocked, the flow is smooth, a resident entering the car can remotely transmit a signal to an access control system, the signal also has a certain distance range, the signal is provided and used immediately, and the excessive distance does not provide signal transmission, so as to ensure safety. The door control remote control module comprises a signal receiving device which is arranged on the door control system and is used for receiving wireless signals and controlling a door control switch.
Further, in a preferred embodiment of the present application, the ladder control used by different ladder control manufacturers is different, and the situation that analysis is faulty or cannot be performed easily occurs during analysis and adaptation is very unfavorable for ladder control linkage control. The problems are also reflected in the fact that a single access control is required to control a plurality of ladder controls simultaneously, and the situation that compatibility is not achieved exists. In order to solve the problem, different elevator control configurations are unified, elevator control configuration rules provided by different manufacturers are converted into a configuration file form which can be read uniformly, and the working efficiency is improved. The set information processing module comprises a ladder control protocol adaptation engine, wherein the ladder control protocol adaptation engine is used for processing different ladder control configuration rules through functions to obtain standardized files of the adaptive access control system, the standardized configuration files are processed in the cloud server module, and then the standardized configuration files are issued to a ladder control protocol adapter of the access control system for analysis and application.
Further, in a preferred embodiment of the application, the linkage is achieved by defining the interaction between the elevator and the access control. In the linkage process of the door control and the ladder control, the ladder control protocol adaptation module comprises a ladder control protocol adapter, and the ladder control protocol adapter is used for analyzing and generating instruction files. The cloud server can issue a standard configuration file processed by the cloud engine, and the specific execution instruction is analyzed by analyzing the content of the file to wait for the subsequent triggering execution. In the analysis process, firstly, a configuration file needs to be read, and the read related configuration information is loaded into a memory; after the file is read, the text information in the file is required to be analyzed into actual data with a structure, and the data is stored in a data structure of a memory; after analysis, the stored configuration information data in the data structure are operated, a task pool is established, the tasks are temporarily stored, the task pool is connected with an executor in a setting mode, and the data in the task pool are operated immediately or delayed according to the stored configuration information data. Through set up on the entrance guard and analyze and use ladder control protocol adapter for the execution instruction is through intelligent control, and not directly trigger after receiving single analysis instruction, is that selective more has information data to adjust, thereby satisfies the different people's of different scenes demand of safe intelligent elevator of taking, improves the efficiency of elevator operation.
Further, in a preferred embodiment of the application, the execution module is in communication connection with the control device of the elevator, which communication connection is implemented by means of RS-485 or TTL. RS-485 employs an architecture of a master device and one or more slave devices for communication. Therefore, a single access control can be realized, a plurality of elevators can be controlled in a combined mode, and the effects of high-efficiency operation, safety and reliability can be realized for areas with large pedestrian traffic. The RS-485 bus can be connected by twisted pair, coaxial cable or optical fiber, the communication speed can reach 10Mbps, the method is suitable for low-cost and high-speed data transmission, the cost is reduced, and meanwhile, the ladder control and access control efficient linkage is ensured. The RS-485 protocol has the advantages of strong anti-interference capability, long transmission distance and the like, is suitable for scenes with a slightly far distance between an entrance guard and an elevator, enriches the use scenes of the entrance guard and elevator control linkage system, and is not only suitable for residential areas, but also suitable for industrial field environments. In addition, the system also supports duplex and full duplex communication modes, can realize point-to-point or multipoint communication and has higher flexibility.
An entrance guard and ladder control linkage control method based on resident response is applicable to the entrance guard and ladder control linkage control system based on resident response according to any one of claims 1-8; as shown in fig. 2, the access control and ladder control linkage control method based on resident response specifically comprises the following steps:
collecting resident information by inputting identity information and residence information;
collecting resident information, integrating according to rules to obtain standardized resident information, and storing the standardized resident information in the cloud information base and the local equipment and importing the standardized resident information into mobile terminal equipment through Bluetooth;
the method comprises the steps of confirming resident identities and door opening authorities on an access control system in a remote control mode, a card swiping mode, a biological recognition mode and the like, and acquiring information such as resident floors on local equipment after comparison confirmation;
if the local equipment is updated and has no cache record, requesting floor information from a cloud server module, and sending the floor information and a door opening instruction to an access control system by the cloud server module;
the door opening instruction and the floor information are transmitted to the protocol adapter through the access control system, the protocol adapter transmits the analyzed execution instruction to the elevator control, and the elevator control reaches the appointed elevator layer according to the floor information and the execution instruction.
Further, in a preferred embodiment of the present application, the specific parsing process of the protocol adapter includes the following steps:
analyzing the configuration file, analyzing linkage configuration, analyzing instruction parameters and constructing instruction objects in the analyzer;
temporarily storing the instruction tasks which are not executed after analysis in a task pool, and waiting for triggering of the execution instructions;
and the instruction meeting the condition in the task pool is screened out by triggering the execution instruction, and the ladder control instruction is issued by the executor.
The present application is not limited to the above embodiments, but is capable of modification and variation in detail, and other modifications and variations can be made by those skilled in the art without departing from the scope of the present application.
Claims (10)
1. The entrance guard and ladder control linkage control system based on resident response is characterized by comprising a resident terminal, an entrance guard system, a ladder control system and a cloud server module;
the resident terminal comprises a resident access card and a resident mobile terminal; the access control system comprises an access control receiving module, a ladder control protocol adaptation module and an access control transmission module; the elevator control system comprises an elevator and an execution module; the cloud server module comprises a service receiving end, a cloud information base and an information processing module;
the resident terminal collects information of a resident, and provides information carriers for people to come and go, and the information carriers finish information extraction on an access control system; the access control system provides an identity verification system for people to go and get away, and is in communication connection with the cloud server module, so that signals can be transmitted; the ladder control system executes a call action instruction and operates according to different instructions generated in different scenes; the cloud server module realizes the caching of a large amount of data, checks the door opening authority of people and specific floor information, and issues specific execution instructions.
2. The resident response-based access control and ladder control linkage control system according to claim 1, wherein the information carrier is a resident access control card and a resident mobile terminal; the resident entrance guard card comprises a chip for storing resident identity information and resident information; the mobile terminal of the resident is mobile equipment used by the resident, and the mobile equipment comprises a smart phone, a smart bracelet watch and a vehicle-mounted flat plate.
3. The resident response-based access control and ladder control linkage control system according to claim 1, wherein the access control receiving module comprises an access control card reader, an access control identifier and an access control remote control module.
4. The resident response-based access control and ladder control linkage control system according to claim 3, wherein the access control identifier comprises a biological identification screen and an identification processor.
5. The resident response-based access control and ladder control linkage control system according to claim 3, wherein the access control remote control module comprises a signal receiving device installed on the access control system, and the signal receiving device is used for receiving wireless signals and controlling an access control switch.
6. The resident response-based access control and ladder control linkage control system according to claim 1, wherein the ladder control protocol adaptation module comprises a ladder control protocol adapter, and the ladder control protocol adapter is used for analyzing and generating instruction files.
7. The resident response-based access control and ladder control linkage control system according to claim 1, wherein the execution module is in communication connection with a control device of the elevator, and the communication connection is realized through RS-485 or TTL.
8. The resident response-based access control and ladder control linkage control system according to claim 1, wherein the information processing module comprises a ladder control protocol adaptation engine, and the ladder control protocol adaptation engine is used for obtaining standardized files of an adaptation access control system through function processing of different ladder control configuration rules.
9. An entrance guard and ladder control linkage control method based on resident response is characterized by being applicable to the entrance guard and ladder control linkage control system based on resident response according to any one of claims 1 to 8; the resident response-based access control and ladder control linkage control method specifically comprises the following steps:
collecting resident information by inputting identity information and residence information;
collecting resident information, integrating according to rules to obtain standardized resident information, and storing the standardized resident information in the cloud information base and the local equipment and importing the standardized resident information into mobile terminal equipment through Bluetooth;
the resident identity and the door opening authority are confirmed on the access control system in a remote control, card swiping or biological identification mode, and after comparison confirmation, resident floor information is obtained on the local equipment;
if the local equipment is updated and has no cache record, requesting floor information from a cloud server module, and sending the floor information and a door opening instruction to an access control system by the cloud server module;
the door opening instruction and the floor information are transmitted to the protocol adapter through the access control system, the protocol adapter transmits the analyzed execution instruction to the elevator control, and the elevator control reaches the appointed elevator layer according to the floor information and the execution instruction.
10. The entrance guard and ladder control linkage control method based on resident response according to claim 9, wherein the specific analysis process of the protocol adapter comprises the following steps:
analyzing the configuration file, analyzing linkage configuration, analyzing instruction parameters and constructing instruction objects in the analyzer;
temporarily storing the instruction tasks which are not executed after analysis in a task pool, and waiting for triggering of the execution instructions;
and the instruction meeting the condition in the task pool is screened out by triggering the execution instruction, and the ladder control instruction is issued by the executor.
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| Application Number | Priority Date | Filing Date | Title |
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| CN202311209983.5A CN117221490A (en) | 2023-09-19 | 2023-09-19 | Entrance guard and ladder control linkage control system and method based on resident response |
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| CN202311209983.5A CN117221490A (en) | 2023-09-19 | 2023-09-19 | Entrance guard and ladder control linkage control system and method based on resident response |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117424920A (en) * | 2023-12-19 | 2024-01-19 | 深圳市亲邻科技有限公司 | Method for linkage of entrance guard intercom and ladder control |
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- 2023-09-19 CN CN202311209983.5A patent/CN117221490A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117424920A (en) * | 2023-12-19 | 2024-01-19 | 深圳市亲邻科技有限公司 | Method for linkage of entrance guard intercom and ladder control |
| CN117424920B (en) * | 2023-12-19 | 2024-03-01 | 深圳市亲邻科技有限公司 | Method for linkage of entrance guard intercom and ladder control |
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