CN103401988A - Mobile phone, and method and system for mobile-phone communication control based on radio frequency (RF) technology - Google Patents
Mobile phone, and method and system for mobile-phone communication control based on radio frequency (RF) technology Download PDFInfo
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Abstract
The invention relates to the field of communication technology, and provides a mobile phone, and a method and a system for mobile-phone communication control based on RF technology. The control method comprises the steps that A) a facility which includes an RF read head searches a limited area for an SIM card with RF function in an RF identification manner; B) if the facility finds the SIM card with the RF function, the facility determines that a mobile phone which needs communication control exists in the limited area, and communication control instruction is sent to the mobile phone via RF signals; and C) an RF chip of the SIM card of the mobile phone receives the communication control instruction, and the mobile phone completes communication control according to the communication control instruction. The method for mobile-phone communication control based on RF technology, provided by the invention, is accurate in control range and flexible in control manners.
Description
[ technical field ] A method for producing a semiconductor device
The invention relates to the technical field of communication, in particular to a mobile phone, a mobile phone communication control method and a mobile phone communication control system based on a radio frequency technology.
[ background of the invention ]
Enterprises are the most important components in the economic body, and whether the enterprises can stand alone in the trend of economic development is not successful, and most of the enterprises depend on the self management of the enterprises.
At present, the phenomena of private phone call of employees, internet surfing of mobile phones, short message chat and the like which are irrelevant to work generally exist during work, which causes certain influence on the efficiency and management of enterprises; meanwhile, in units with higher security level, such as political and military police, the use of the mobile phone is also strictly regulated, but a management means capable of being strictly controlled is lacked. Therefore, an effective solution is urgently needed.
The existing solution generally adopts a Mobile phone signal isolator (also called Mobile phone security signal isolator). Please refer to fig. 1: when the mobile phone works, the mobile phone is connected with the base station through radio waves in a certain frequency range, and data and sound transmission is completed in a certain baud rate and modulation mode. In view of this communication principle, the handset security signal masker scans from the low-end frequency to the high-end frequency of the forward channel at a certain speed during operation. The scanning speed can form code disorder interference in message signals received by the mobile phone, and the mobile phone can not detect normal data sent from the base station, so that the mobile phone can not be connected with the base station. The mobile phone shows the phenomena of network searching, no signal, no service system and the like.
The prior art scheme can prevent the communication of the target mobile phone, but the coverage area of the mobile phone is difficult to control, other mobile phones which do not need to be controlled are often interfered, and meanwhile, high-power equipment is also harmful to the health of people and can also generate interference on a mobile communication base station. Moreover, when a person is in the coverage area, the outside world cannot contact the person, and if an emergency happens, damage may be caused due to the fact that the person is not in contact with the person.
In view of the above, overcoming the drawbacks of the prior art is an urgent problem in the art.
[ summary of the invention ]
The invention aims to provide a mobile phone communication control method and system based on radio frequency technology, which have accurate control range and flexible control mode, and a mobile phone applied to the method and system.
The invention adopts the following technical scheme:
a mobile phone communication control method based on radio frequency technology comprises the following steps:
step A: the machine tool searches for the SIM card with the radio frequency function in the limited area through a radio frequency identification mode, and the machine tool is provided with a radio frequency reading head;
and B: if the SIM card with the radio frequency function is searched by the machine, judging that a mobile phone needing communication control exists in the limited area, and sending a communication control instruction to the mobile phone through a radio frequency signal;
and C: and the SIM card radio frequency chip of the mobile phone receives the communication control instruction, and the mobile phone completes communication control according to the communication control instruction.
Further, the step C specifically includes:
the SIM card radio frequency chip of the mobile phone receives the communication control instruction;
the on-chip operating system completes communication control according to the communication control instruction;
or, the step C specifically includes:
the SIM card radio frequency chip of the mobile phone receives the communication control instruction;
the SIM card radio frequency chip transmits the communication control instruction to a mobile phone client through a mobile phone communication interface;
and the mobile phone client finishes communication control according to the communication control instruction.
Further, the step of completing the communication control by the on-chip operating system according to the communication control instruction specifically includes:
the on-chip operating system realizes the closing or opening of communication by controlling the service state of the SIM card of the mobile phone to finish communication control;
the step of completing communication control by the mobile phone client according to the communication control instruction specifically comprises the following steps:
and the mobile phone client starts the mobile phone communication control function according to the preset white list, restricts the mobile phone communication function within the preset white list range, or closes the mobile phone communication control function to recover the mobile phone communication, thereby completing the communication control.
Further, when the communication control is completed through the mobile phone client, the method further includes:
and monitoring whether the mobile phone is in a controllable range in real time through heartbeat monitoring, and judging that the mobile phone is abnormal when the mobile phone client does not return the heartbeat to the service system, and alarming.
Further, when the communication control is completed by the on-chip operating system, the method further includes:
step D: the machine tool uploads the in-out record data of the limited area to the service system through network transmission;
step E: the service system receives the recorded data of the limited area, records the data into a database and provides a visual interface for an administrator;
step F: the service system sends a control instruction to the machine tool according to the control configuration information of the administrator;
when the communication control is completed through the mobile phone client, the method further comprises the following steps:
step D': the machine tool and the mobile phone client respectively upload the access record data of the limited area to the service system through network transmission;
step E': the service system receives the recorded data of the limited area, records the data into a database and provides a visual interface for an administrator;
step F': and the service system issues a control instruction to the mobile phone client according to the control configuration information of the administrator.
Further, the limited area access record data comprises a SIM card serial number, card swiping time and whether communication is controlled.
The invention also provides a mobile phone communication control system based on the radio frequency technology, which comprises:
the machine tool is provided with a radio frequency reading head, searches an SIM card with a radio frequency function in a limited area through a radio frequency identification mode, judges that a mobile phone needing communication control exists in the limited area when the SIM card with the radio frequency function is searched, and sends a communication control instruction to the mobile phone through a radio frequency signal;
and the mobile phone is provided with an SIM card with a radio frequency function, and when the SIM card radio frequency chip of the mobile phone receives the communication control instruction, the mobile phone completes communication control according to the communication control instruction.
Further, when the SIM card radio frequency chip of the mobile phone receives the communication control instruction, the on-chip operating system realizes the closing or opening of communication by controlling the service state of the SIM card of the mobile phone, and the communication control is completed; or,
the mobile phone also comprises a mobile phone client used for realizing communication control, when the SIM card radio frequency chip of the mobile phone receives the communication control instruction, the SIM card radio frequency chip transmits the communication control instruction to the mobile phone client through the mobile phone communication interface, and the mobile phone client starts a mobile phone communication control function according to a preset white list, restricts the mobile phone communication function in the preset white list range, or closes the mobile phone communication control function to recover the mobile phone communication, thereby completing the communication control.
Further, the system also comprises a service system; uploading the limited area access record data to a service system through network transmission by the machine and/or mobile phone client; the service system receives the recorded data of the limited area, records the data into a database and provides a visual interface for an administrator; and the service system issues a control instruction to the machine tool or the mobile phone client according to the control configuration information of the administrator.
The invention also provides a mobile phone, which is provided with an SIM card with a radio frequency function;
when the SIM card radio frequency chip of the mobile phone receives a communication control instruction sent by a radio frequency signal, the on-chip operating system realizes the closing or opening of communication by controlling the service state of the SIM card of the mobile phone to finish communication control; or,
the mobile phone also comprises a mobile phone client for realizing communication control, when the SIM card radio frequency chip of the mobile phone receives a communication control instruction sent by a radio frequency signal, the mobile phone client starts a mobile phone communication control function according to a preset white list, restricts the mobile phone communication function within the preset white list range, or closes the mobile phone communication control function to recover the mobile phone communication, thereby completing the communication control.
Compared with the prior art, the invention has the beneficial effects that: the invention completes the communication control of the mobile phone by the radio frequency technology, solves the problems of inaccurate control range and inflexible control mode of the mobile phone communication control scheme in the prior art, can effectively control the limited range, flexibly control the controlled mobile phone and better realize the information management target of enterprises and public institutions.
[ description of the drawings ]
FIG. 1 is a system diagram of a prior art solution for a mobile phone security signal masker;
FIG. 2 is an overall flow chart of the mobile phone communication control method based on the radio frequency technology of the present invention;
fig. 3 is a service flow chart of a person entering a restricted area in a mobile phone communication control method based on a radio frequency technology in embodiment 1 of the present invention;
fig. 4 is a service flow chart of a person leaving a restricted area in a mobile phone communication control method based on a radio frequency technology in embodiment 1 of the present invention;
fig. 5 is a service flow chart of a person entering a restricted area in a mobile phone communication control method based on a radio frequency technology in embodiment 2 of the present invention;
fig. 6 is a service flow chart of a person leaving a restricted area in a mobile phone communication control method based on a radio frequency technology in embodiment 2 of the present invention;
fig. 7 is a block diagram of a mobile phone according to embodiment 3 of the present invention;
fig. 8 is a block diagram of a mobile phone according to embodiment 4 of the present invention;
fig. 9 is a block diagram of a mobile phone communication control system based on radio frequency technology according to embodiment 5 of the present invention;
fig. 10 is a block diagram of a communication control system of a mobile phone based on radio frequency technology according to embodiment 6 of the present invention.
[ detailed description ] embodiments
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
In addition, the technical features involved in the embodiments of the present invention described below may be combined with each other as long as they do not conflict with each other.
The invention provides a mobile phone communication control method based on a radio frequency technology, a mobile phone communication control system based on the radio frequency technology and a mobile phone applied to the mobile phone communication control system. As shown in fig. 2, the method for controlling mobile phone communication based on radio frequency technology includes the following steps:
step A: the machine tool searches for the SIM card with the radio frequency function in the limited area through a radio frequency identification mode, and the machine tool is provided with a radio frequency reading head;
and B: if the machine searches the SIM card with the radio frequency function, the machine judges that a mobile phone needing communication control exists in the limited area, and sends a communication control instruction to the mobile phone through a radio frequency signal;
and C: and the SIM card radio frequency chip of the mobile phone receives the communication control instruction, and the mobile phone completes communication control according to the communication control instruction.
The mobile phone communication control system based on the radio frequency technology comprises:
the machine tool is provided with a radio frequency reading head, searches an SIM card with a radio frequency function in a limited area through a radio frequency identification mode, judges that a mobile phone needing communication control exists in the limited area when the SIM card with the radio frequency function is searched, and sends a communication control instruction to the mobile phone through a radio frequency signal;
the mobile phone is provided with an SIM card with a radio frequency function, and when a communication control instruction is received by an SIM card radio frequency chip of the mobile phone, the mobile phone completes communication control according to the communication control instruction.
The technical solution of the present invention will be described in detail by specific examples.
Example 1
Embodiment 1 provides a mobile phone communication control method based on a radio frequency technology, and the method completes mobile phone communication control through a Chip Operating System (COS). The method comprises two stages, wherein when a person enters a limited area with a mobile phone, the person leaves the limited area with the mobile phone.
As shown in fig. 3, when a person enters a restricted area, the following process is included:
step S100: personnel enter the restricted area.
Step S101: the machine tool with the radio frequency reading head searches for the SIM card with the radio frequency function in the limited area through a radio frequency device, wherein the SIM card comprises but is not limited to an RF-SIM card and an SIMpass card. In order to improve the application convenience and the use efficiency, the machine tool can be realized in a mode of an entrance guard or a middle-long distance card reader. And if the machine searches the SIM card with the radio frequency function, the machine judges that the mobile phone needing communication control exists in the limited area.
Step S102: the machine tool judges whether the communication function of the mobile phone needs to be controlled according to the SIM card serial number returned by searching the card in the step S101, if so, the step S103 is executed; if not, the flow is directly ended.
Step S103: the implement sends a communication closing control instruction to the mobile phone through the radio frequency signal.
It should be noted that step S102 is an optional optimization step, and the communication shutdown control instruction may also be directly sent to the mobile phone where the searched SIM card with the radio frequency function is located, without the judgment in step S102.
Step S104: and after the SIM card radio frequency chip of the mobile phone receives the communication closing control instruction, the COS system completes communication control according to the communication closing control instruction. Specifically, the COS system disables the communication capabilities of the phone, sms, and network by turning off the SIM card service state.
Thus, the communication control function of the mobile phone is completed.
Further, the present embodiment can be optimized by the following steps:
step S105: the machine uploads the access record data of the limited area to the service system through network transmission, wherein the access record data of the limited area comprises information such as the serial number of the SIM card, the card swiping time and whether communication is controlled. The service system comprises a server.
Step S106: the service system receives the uploading records of the machines and tools and then records the uploading records into the database, and provides a visual interface for an administrator.
Step S107: the service system issues control instructions to the machines according to the control configuration information of the administrator, wherein the control instructions include but are not limited to a limited card serial number list, a limited time period and the like.
As shown in fig. 4, when the person leaves the restricted area, the following process is included:
step S200: people leave the restricted area.
Step S201: the machine tool with the radio frequency reading head searches for the SIM card with the radio frequency function in the limited area through a radio frequency device, wherein the SIM card comprises but is not limited to an RF-SIM card and an SIMpass card. In order to improve the application convenience and the use efficiency, the machine tool can be realized in a mode of an entrance guard or a middle-long distance card reader. And if the machine searches the SIM card with the radio frequency function, the machine judges that the mobile phone needing communication control exists in the limited area.
Step S202: the machine sends a communication starting control instruction to the mobile phone through the radio frequency signal.
Step S203: and after the SIM card radio frequency chip of the mobile phone receives the communication starting control instruction, the COS system completes communication control according to the communication closing control instruction. Specifically, the COS system enables the SIM card to recover the communication capacity of the telephone, the short message and the network by starting the service state of the SIM card.
Thus, the communication control function of the mobile phone is completed.
Further, the present embodiment can be optimized by the following steps:
step S204: the machine uploads the access record data of the limited area to the service system through network transmission, wherein the access record data of the limited area comprises information such as the serial number of the SIM card, the card swiping time and whether communication is controlled.
Step S205: the service system receives the uploading records of the machines and tools and then records the uploading records into the database, and provides a visual interface for an administrator.
Step S206: the service system issues control instructions to the machines according to the control configuration information of the administrator, wherein the control instructions include but are not limited to a limited card serial number list, a limited time period and the like.
In this embodiment, two machines can be respectively set in the restricted area and the restricted area, for example, in an access control or fast access manner, SIM card identification is performed by two radio frequency reading heads of the two machines, respectively, a communication closing control instruction is sent to the mobile phone identified by the machine entering the restricted area, and a communication opening control instruction is sent to the mobile phone identified by the machine exiting the restricted area.
The embodiment uses the radio frequency technology to complete the mobile phone communication control function, and solves the problems of inaccurate control range and inflexible control mode of the mobile phone communication control scheme in the prior art. The limited range can be effectively controlled by means of a radio frequency technology, and the controlled mobile phone can be flexibly controlled by an intelligent machine tool, so that the information management target of enterprises and public institutions is better realized.
Example 2
Embodiment 2 provides another mobile phone communication control method based on a radio frequency technology, and the method completes mobile phone communication control through a mobile phone client. The method also comprises two stages, namely when the person carries the mobile phone to enter the limited area, and when the person carries the mobile phone to leave the limited area.
As shown in fig. 5, when a person enters a restricted area, the following process is included:
step S300: personnel enter the restricted area.
Step S301: the machine tool with the radio frequency reading head searches for the SIM card with the radio frequency function in the limited area through a radio frequency device, wherein the SIM card comprises but is not limited to an RF-SIM card and an SIMpass card. In order to improve the application convenience and the use efficiency, the machine tool can be realized in a mode of an entrance guard or a middle-long distance card reader. And if the machine searches the SIM card with the radio frequency function, the machine judges that the mobile phone needing communication control exists in the limited area.
Step S302: the implement sends a communication closing control instruction to the mobile phone through the radio frequency signal.
Step S303: after the SIM card radio frequency chip of the mobile phone receives the communication closing control instruction, the communication closing control instruction is forwarded to the mobile phone client through the communication interface of the mobile phone.
Step S304: the mobile phone client starts a mobile phone communication control function according to a preset white list, and restricts the mobile phone communication function within a preset white list range, wherein the white list comprises a call white list, a short message white list, a website white list, an application white list and the like.
Thus, the communication control function of the mobile phone is completed.
Further, the present embodiment can be optimized by the following steps:
step S305: the machine tool and the mobile phone client respectively upload restricted area access record data to the service system through network transmission, wherein the restricted area access record data comprise information such as SIM card serial number, card swiping time, whether communication is controlled and the like. The service system comprises a server.
Step S306: and the service system receives the uploading records of the machine tool and the mobile phone client, records the uploading records into a database and provides a visual interface for an administrator.
Step S307: the service system issues a control instruction to the mobile phone client according to the control configuration information of the administrator, wherein the control instruction comprises but is not limited to a white list, a limited card serial number list, a limited time period and the like.
The white list can be set by the service system according to the configuration of the administrator and then is issued to the mobile phone client.
As shown in fig. 6, when the person leaves the restricted area, the following process is included:
step S400: people leave the restricted area.
Step S401: the machine tool with the radio frequency reading head searches for the SIM card with the radio frequency function in the limited area through a radio frequency device, wherein the SIM card comprises but is not limited to an RF-SIM card and an SIMpass card. In order to improve the application convenience and the use efficiency, the machine tool can be realized in a mode of an entrance guard or a middle-long distance card reader.
Step S402: the implement sends a communication control command to the mobile phone through the radio frequency signal.
Step S403: after the SIM card radio frequency chip of the mobile phone receives the communication starting control instruction, the communication control instruction is forwarded to the mobile phone client through the communication interface of the mobile phone.
Step S404: the mobile phone client closes the mobile phone communication control function to recover the mobile phone communication including the telephone, the short message, the network and the like.
Thus, the communication control function of the mobile phone is completed.
Further, the present embodiment can be optimized by the following steps:
step S405: the machine tool and the mobile phone client respectively upload restricted area access record data to the service system through network transmission, wherein the restricted area access record data comprise information such as SIM card serial number, card swiping time, whether communication is controlled and the like.
Step S406: and the service system receives the uploading records of the machine tool and the mobile phone client, records the uploading records into a database and provides a visual interface for an administrator.
Step S407: the service system issues a control instruction to the mobile phone client according to the control configuration information of the administrator, wherein the control instruction comprises but is not limited to a white list, a limited card serial number list, a limited time period and the like.
In addition, in order to avoid the failure of a mobile phone client program or the avoidance of mobile phone communication control by a user in a flashing mode, so that the mobile phone communication control cannot be realized, a heartbeat monitoring function of the mobile phone client can be added, whether the mobile phone is in a controllable range is monitored in real time through heartbeat monitoring, and when no heartbeat is transmitted back to a service system by the mobile phone client, the abnormality is judged to occur and reported to an administrator through an alarm mechanism.
When the method is applied specifically, the mobile phone communication can be controlled through the locking and unlocking control of the mobile phone of the user. For example, when a user enters a restricted area, the mobile phone is automatically set to a locked state, and the user cannot perform any operation other than non-specified actions on the mobile phone, such as unavailable access to non-white list calls, receiving and sending non-white list short messages and internet surfing, hang up an ongoing call and terminate ongoing non-permitted operation; when the user leaves the limited area, the mobile phone is automatically restored to the unlocking normal state, and the user can normally use the mobile phone and can check missed calls and short messages.
In this embodiment, similar to embodiment 1, two machines may be respectively provided for the restricted area entering and the restricted area exiting, for example, in an access control or fast access manner, the two radio frequency reading heads of the two machines are respectively used to perform SIM card identification, and send a communication closing control command to the mobile phone identified by the machine entering the restricted area and send a communication opening control command to the mobile phone identified by the machine exiting the restricted area.
The embodiment uses the radio frequency technology to complete the mobile phone communication control function by combining with the current mainstream mobile phone client mode, and solves the problems of inaccurate control range and inflexible control mode of the mobile phone communication control scheme in the prior art. The limited range can be effectively controlled by means of a radio frequency technology, the controlled mobile phone can be flexibly controlled through the mobile phone client and the white list function, the operation experience of a client can be greatly enhanced through the mobile phone client mode, more future business undertakes can be adapted, for example, the function of an interphone is realized, and the information management target of enterprises and public institutions is better realized.
Example 3
Embodiment 3 provides a mobile phone, which may be the mobile phone involved in the method of embodiment 1. The mobile phone completes communication control through the COS system.
As shown in fig. 7, the mobile phone 10 is provided with a SIM card 11 having a radio frequency function. When the mobile phone 10 enters the restricted area, the mobile phone is searched by a machine with a radio frequency reading head, and a communication control command is sent to the mobile phone 10. When the SIM card radio frequency chip of the mobile phone 10 receives the communication control instruction sent by the radio frequency signal, the COS system controls the service state of the SIM card of the mobile phone to close or open the communication, thereby completing the communication control.
The application and the principle of the mobile phone in the mobile phone communication control method based on the radio frequency technology are described in detail in embodiment 1, and are not described herein again.
Example 4
Embodiment 4 provides a mobile phone, which may be the mobile phone involved in the method of embodiment 2. The mobile phone completes communication control through the mobile phone client.
As shown in fig. 8, the mobile phone 10 includes a mobile phone client 12 for implementing communication control, in addition to the SIM card 11 with radio frequency function. When the mobile phone 10 enters the restricted area, the mobile phone is searched by a machine with a radio frequency reading head, and a communication control command is sent to the mobile phone 10. When the SIM card radio frequency chip of the mobile phone 10 receives the communication control instruction sent by the radio frequency signal, the SIM card radio frequency chip transmits the communication control instruction to the mobile phone client 12 through the mobile phone communication interface, and the mobile phone client 12 starts the mobile phone communication control function according to the preset white list, restricts the mobile phone communication function within the preset white list range, or closes the mobile phone communication control function to recover the mobile phone communication, thereby completing the communication control.
The application and the principle of the mobile phone in the mobile phone communication control method based on the radio frequency technology are described in detail in embodiment 2, and are not described herein again.
Example 5
Embodiment 5 provides a mobile phone communication control system based on a radio frequency technology, and the system completes mobile phone communication control through a COS system.
As shown in fig. 9, the system includes an implement 20 having a radio frequency reading head and a handpiece 10. The machine tool 20 searches for the SIM card 11 with the radio frequency function in the limited area by a radio frequency identification method, determines that the mobile phone 10 needing communication control exists in the limited area when the SIM card 11 with the radio frequency function is searched, and sends a communication control instruction to the mobile phone 10 through a radio frequency signal; when the SIM card radio frequency chip of the mobile phone 10 receives the communication control instruction, the COS system controls the service state of the SIM card of the mobile phone to implement the closing or opening of communication, thereby completing communication control. Specifically, the COS system disables the communication capabilities of the phone, sms, and network by turning off the SIM card service state.
Further, as an optimization of this embodiment, the system further includes a service system 30; the implement 20 uploads the restricted area entry and exit record data to the service system 30 through network transmission; the service system 30 receives the recorded data of the limited area, records the data into a database and provides a visual interface for an administrator; service system 30 issues control commands to implement 20 based on the administrator's control configuration information.
In summary, the SIM card with rf function is mainly used to maintain the rf protocol set and interacts with other modules through two ways, one is to receive the command of the tool with rf reading head through rf signal, and the other is to interact with the COS system; the machine tool with the radio frequency reading head interacts with the SIM card and the service system respectively, sends a preset instruction to the SIM card through a radio frequency signal to complete appointed service control, and uploads data to the service system and receives a control instruction issued by the service system through network transmission; the service system interacts with the machines and tools, provides business access service for the machines and tools and provides a background management and control function.
The working flow of the system is the same as that of the embodiment 1, and the detailed description is omitted here, please refer to the embodiment 1.
Example 6
Embodiment 6 provides a mobile phone communication control system based on a radio frequency technology, and the system completes mobile phone communication control through a mobile phone client.
As shown in fig. 10, the system includes an implement 20 having a radio frequency reading head and a handpiece 10. The machine tool 20 searches for the SIM card 11 with the radio frequency function in the limited area by a radio frequency identification method, determines that the mobile phone 10 needing communication control exists in the limited area when the SIM card 11 with the radio frequency function is searched, and sends a communication control instruction to the mobile phone 10 through a radio frequency signal; when the SIM card radio frequency chip of the mobile phone 10 receives the communication control instruction, the SIM card radio frequency chip transmits the communication control instruction to the mobile phone client 12 through the mobile phone communication interface, and the mobile phone client 12 starts the mobile phone communication control function according to the preset white list, and restricts the mobile phone communication function within the preset white list range, or closes the mobile phone communication control function to recover the mobile phone communication, thereby completing the communication control. The white list comprises a call white list, a short message white list, a website white list, an application white list and the like.
Further, as an optimization of this embodiment, the system further includes a service system 30; the machine tool 20 and the mobile phone client 12 upload the limited area access record data to the service system 30 through network transmission; the service system 30 receives the recorded data of the limited area, records the data into a database and provides a visual interface for an administrator; the service system 30 issues a control instruction to the mobile phone client 12 according to the control configuration information of the administrator.
In summary, the SIM card with rf function is mainly used to maintain the rf protocol set and interacts with other modules through two ways, one is to receive the command of the tool with rf reader through rf signal, and the other is to interact with the mobile phone client through the communication interface of the mobile phone itself; the machine tool with the radio frequency reading head interacts with the SIM card and the service system respectively, sends a preset instruction to the SIM card through a radio frequency signal to complete appointed service control, and uploads data to the service system and receives a control instruction issued by the service system through network transmission; the mobile phone client provides a visual operation interface for a user, processes the service according to the control instruction received from the SIM card, and reports data to the service system and receives the issued control information through network transmission; the service system interacts with the mobile phone client and the machine tool, provides service access service for the interaction of the mobile phone client and the machine tool and provides a background management and control function.
The working flow of the system is the same as that of the embodiment 2, and the detailed description is omitted here, please refer to the embodiment 2.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents and improvements made within the spirit and principle of the present invention are intended to be included within the scope of the present invention.
Claims (10)
1. A mobile phone communication control method based on radio frequency technology is characterized by comprising the following steps:
step A: the machine tool searches for the SIM card with the radio frequency function in the limited area through a radio frequency identification mode, and the machine tool is provided with a radio frequency reading head;
and B: if the SIM card with the radio frequency function is searched by the machine, judging that a mobile phone needing communication control exists in the limited area, and sending a communication control instruction to the mobile phone through a radio frequency signal;
and C: and the SIM card radio frequency chip of the mobile phone receives the communication control instruction, and the mobile phone completes communication control according to the communication control instruction.
2. The method for controlling mobile phone communication based on radio frequency technology as claimed in claim 1, wherein said step C specifically comprises:
the SIM card radio frequency chip of the mobile phone receives the communication control instruction;
the on-chip operating system completes communication control according to the communication control instruction;
or, the step C specifically includes:
the SIM card radio frequency chip of the mobile phone receives the communication control instruction;
the SIM card radio frequency chip transmits the communication control instruction to a mobile phone client through a mobile phone communication interface;
and the mobile phone client finishes communication control according to the communication control instruction.
3. The method for controlling communication of a mobile phone according to claim 2, wherein the step of the on-chip operating system performing communication control according to the communication control command specifically includes:
the on-chip operating system realizes the closing or opening of communication by controlling the service state of the SIM card of the mobile phone to finish communication control;
the step of completing communication control by the mobile phone client according to the communication control instruction specifically comprises the following steps:
and the mobile phone client starts the mobile phone communication control function according to the preset white list, restricts the mobile phone communication function within the preset white list range, or closes the mobile phone communication control function to recover the mobile phone communication, thereby completing the communication control.
4. The method for controlling communication of a handset based on radio frequency technology as claimed in claim 2, wherein when the communication control is completed by the handset client, the method further comprises:
and monitoring whether the mobile phone is in a controllable range in real time through heartbeat monitoring, and judging that the mobile phone is abnormal when the mobile phone client does not return the heartbeat to the service system, and alarming.
5. The communication control method for the handset based on the radio frequency technology as claimed in claim 2, wherein when the communication control is completed by the on-chip operating system, the method further comprises:
step D: the machine tool uploads the in-out record data of the limited area to the service system through network transmission;
step E: the service system receives the recorded data of the limited area, records the data into a database and provides a visual interface for an administrator;
step F: the service system sends a control instruction to the machine tool according to the control configuration information of the administrator;
when the communication control is completed through the mobile phone client, the method further comprises the following steps:
step D': the machine tool and the mobile phone client respectively upload the access record data of the limited area to the service system through network transmission;
step E': the service system receives the recorded data of the limited area, records the data into a database and provides a visual interface for an administrator;
step F': and the service system issues a control instruction to the mobile phone client according to the control configuration information of the administrator.
6. The mobile phone communication control method based on the radio frequency technology as claimed in claim 5, wherein the restricted area entry and exit recorded data includes a SIM card serial number, a card swiping time and whether communication is controlled.
7. A mobile phone communication control system based on radio frequency technology, the system comprising:
the machine tool is provided with a radio frequency reading head, searches an SIM card with a radio frequency function in a limited area through a radio frequency identification mode, judges that a mobile phone needing communication control exists in the limited area when the SIM card with the radio frequency function is searched, and sends a communication control instruction to the mobile phone through a radio frequency signal;
and the mobile phone is provided with an SIM card with a radio frequency function, and when the SIM card radio frequency chip of the mobile phone receives the communication control instruction, the mobile phone completes communication control according to the communication control instruction.
8. The mobile phone communication control system based on the radio frequency technology as claimed in claim 7, wherein when the SIM card radio frequency chip of the mobile phone receives the communication control instruction, the on-chip operating system controls the service state of the SIM card of the mobile phone to close or open the communication, thereby completing communication control; or,
the mobile phone also comprises a mobile phone client used for realizing communication control, when the SIM card radio frequency chip of the mobile phone receives the communication control instruction, the SIM card radio frequency chip transmits the communication control instruction to the mobile phone client through the mobile phone communication interface, and the mobile phone client starts a mobile phone communication control function according to a preset white list, restricts the mobile phone communication function in the preset white list range, or closes the mobile phone communication control function to recover the mobile phone communication, thereby completing the communication control.
9. The radio frequency technology-based handset communication control system of claim 8, further comprising a service system; uploading the limited area access record data to a service system through network transmission by the machine and/or mobile phone client; the service system receives the recorded data of the limited area, records the data into a database and provides a visual interface for an administrator; and the service system issues a control instruction to the machine tool or the mobile phone client according to the control configuration information of the administrator.
10. A mobile phone is characterized in that the mobile phone is provided with an SIM card with a radio frequency function;
when the SIM card radio frequency chip of the mobile phone receives a communication control instruction sent by a radio frequency signal, the on-chip operating system realizes the closing or opening of communication by controlling the service state of the SIM card of the mobile phone to finish communication control; or,
the mobile phone also comprises a mobile phone client for realizing communication control, when the SIM card radio frequency chip of the mobile phone receives a communication control instruction sent by a radio frequency signal, the mobile phone client starts a mobile phone communication control function according to a preset white list, restricts the mobile phone communication function within the preset white list range, or closes the mobile phone communication control function to recover the mobile phone communication, thereby completing the communication control.
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