CN203217751U - Antitheft system remotely controlled by mobile phone - Google Patents
Antitheft system remotely controlled by mobile phone Download PDFInfo
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- CN203217751U CN203217751U CN 201320166135 CN201320166135U CN203217751U CN 203217751 U CN203217751 U CN 203217751U CN 201320166135 CN201320166135 CN 201320166135 CN 201320166135 U CN201320166135 U CN 201320166135U CN 203217751 U CN203217751 U CN 203217751U
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Abstract
The utility model discloses an antitheft system remotely controlled by a mobile phone. The system comprises a wireless remote control transmitting module which is embedded inside the mobile phone, and a wireless remote control receiving device, wherein the wireless remote control receiving device receives an unlock or lock control signal emitted by the wireless remote control transmitting module, and executes unlock or lock actions on a plurality of locks after decoding and confirming the signal to be valid; the input end of a transmitting power control module is also connected with a power adjusting feedback signal which is output from a transmitting power adjusting component. By adopting the antitheft system, the power feedback signal of the transmitting power control module can be adjusted to an effective range of transmitting the wireless remote control signal of the mobile phone by controlling the level of the unlock or lock signal, so as to achieve a significant antitheft effect of an office space. The remote controller in the antitheft system is embedded inside the mobile phone, so that use is facilitated; an unlock password is convenient to adjust and set at any time.
Description
Technical field
The utility model relates to a kind of anti-theft control system, is specifically related to a kind of burglary-resisting system of available handsets remote control.
Background technology
Present many enterprises and/or government departments and institutions, there are many valuables or classified papers need install burglary-resisting system additional, what some burglary-resisting system adopted is the wireless remote control mode, this device generally is made up of wireless remote control emitter and wireless remote control receiving device, what these wireless remote control burglary-resisting system were pursued usually is long remote control distance, thinks that the distance of remote control is more far away more good.But when remote control distance more far away, thereby just more easy quilt is hidden near burglary-resisting system but the indiscoverable thief of owner intercepts this remote signal cracks remote signal, loses antitheft effect.
For avoiding intercepting the theft-proof remote control signal, existing technology all is the mode of encrypting on some ciphertexts or the algorithm of utilizing usually, but because the signal of remote control all is unreserved being presented on other intercepting instrument, it is higher that the probability that is cracked will become.
The utility model content
The purpose of this utility model is to overcome the defective that exists in the prior art, a kind of burglary-resisting system with the mobile phone wireless remote control is provided, it can remove to change the unlocking authority of wireless remote control signal by the emission control rank instruction of conversion mobile phone, thereby avoids the stolen person of wireless remote control signal to steal.
For achieving the above object, the technical solution of the utility model is a kind of burglary-resisting system with mobile phone remote of design, it is characterized in that, described system comprises wireless remote control transmitter module and wireless remote control receiving device composition of implanting in the mobile phone, described wireless remote control receiving device receives the control signal of unblanking or locking that the wireless remote control transmitter module sends, through decoding, confirmation signal is effective, execution is to the action of unblanking or lock of several locksets, described wireless remote control transmitter module comprises unblank rank selection processing module and remote control emission processing module, described remote control emission processing module inputs to processing sub by mobile phone key and the launching code submodule is formed, be provided with at the input end of described processing sub and be connected to one group of reception terminal that can send unblank level signal and action control signal, unblank level signal and action control signal after described processing sub will be handled are given launching code submodule input end, encoded operation back notice transmit power control module sends antitheft control coding, and described transmit power control module input end also is connected to from the power of emissive power adjustment assembly output and adjusts feedback signal.
The described level signal of unblanking is by signal end, the employee's level signal end parallel connection of locking of locking of management unlocking signal end, employee's level unlocking signal end, management level, the public union end ground connection of described signal end, the other end of described signal connect with the respective input of the processing sub of signal input respectively.
The described level signal of unblanking is by the signal end parallel connection of locking of management level and employee's level unlocking signal end and management level and employee's level, the public union end ground connection of signal end, the other end of signal end link with the corresponding input end of described signal input processing module respectively.
Described emissive power is adjusted assembly and is made up of management level resistance R 1 and employee's level resistance R 2 of management level and employee's level selector switch, parallel connection, the public union end ground connection of management level, employee's level resistance R 1, R2, the other end of management level, employee's level resistance R 1, R2 connects with the corresponding endpoint of management level, employee's level selector switch respectively, and management level and the common port of employee's level selector switch and the input end of described transmit power control module link.
When selecting employee's level remote control mode, the launching code that this moment, the mobile phone wireless remote control transmitted is simpler, and emissive power is less, so the wireless remote control of mobile phone can only be opened 1～2 road lock.Be example with office's remote control lock and unlock, this unlock mode is fit to common employee's unlatching office and locking a door of my management article or file cabinet, because emissive power is little, hide and to be truncated to this mobile phone wireless remote signal from this office space than the entrained intercepting instrument of robber at a distance, thereby can't intercept and analysis cracks mobile phone wireless remote control signal, reach certain security purpose.
And the supvr need open when multiple tracks is locked or upward the multiple tracks lock is locked, generally be in indoor remote control, this remote signal can start the management level remote control mode, the coding of mobile phone wireless remote control emission this moment is complicated, so high level coding of remote-controlled emission, as open 5～6 road locksets, this pattern is fit to the situation that the safety cabinet burglary-resisting system was opened or closed in the remote control of special circumstances needs, for example the supvr sends the mobile phone wireless remote signal from office and opens or close the multiple tracks lockset, and then go to take object or file, owing to carry out indoor during operation, hiding is difficult to intercepting and analyzes the information of unblanking and locking that cracks outdoor burglar.
Advantage of the present utility model and beneficial effect are: use the burglary-resisting system of mobile phone remote compared with prior art, the utlity model has following remarkable result:
It mainly is to go to change the rank of unblanking of wireless remote control signal by the driving common ratio of adjusting mobile phone wireless remote control launching code that the utility model adopts the burglary-resisting system of mobile phone wireless remote control, thereby avoids the stolen person of this wireless remote control signal to steal, and reaches antitheft purpose.The thief generally can be hidden in apart from 20-30 rice, office space, utilizes some barrier shielding, and the wireless remote control signal by intercepting instrument intercepting target office space cracks, and implements its theft purpose.In the reality, most owner carries out wireless remote control at office's next door operating handset and unblanks or lock, be the wireless remote control signal of mobile phone wireless remote control emission send effective range several meters to ten meters just enough,, just intercepted by the people easily greater than this scope as transmission range.Therefore, the power feedback signal that the signal rank of unblanking, locking by control is namely regulated transmit power control module just can be adjusted to above-mentioned mobile phone wireless remote signal and send effective range, reaches the antitheft remarkable result in office space.Because the telepilot in the utility model is implanted in the mobile phone, therefore easy to use, be convenient to adjust at any time unlocking cipher is set.
Description of drawings
Fig. 1 is the burglary-resisting system principle schematic that the utility model is used mobile phone remote, be divided into management level remote control mode and employee's level remote control mode, in employee's level remote control mode, the wireless remote control signal intercepting instrument that is positioned at a distance can't be truncated to the wireless remote control signal of being launched by the mobile phone wireless remote control.
Fig. 2 is the electrical principle block diagram of a kind of control structure among Fig. 1, the control mode for adopting management level, the remote control of employee's level separately to control shown in the figure.
Fig. 3 is the electrical principle block diagram that mobile phone wireless remote control transmitter module shown in Figure 1 comprises another kind of control structure, the control mode for adopting management level, employee's level remote control merging to control shown in the figure.
Fig. 4 is the electrical principle block diagram when control input processing module 5-1 adopts 51 single-chip microcomputers, launching code module 5-2 and transmit power control module 5-3 to adopt the nRF401 integrated package in the electrical principle block diagram shown in Figure 2.
Fig. 5 is the electrical principle block diagram when control input processing module 5-1 adopts 51 single-chip microcomputers, launching code module 5-2 and transmit power control module 5-3 to adopt the nRF401 integrated package in the electrical principle block diagram shown in Figure 3.
Embodiment
Below in conjunction with drawings and Examples, embodiment of the present utility model is further described.Following examples only are used for the technical solution of the utility model more clearly is described, and can not limit protection domain of the present utility model with this.
As shown in Figure 1, 2, 3, burglary-resisting system with the mobile phone wireless remote control is made up of wireless remote control transmitter module 11 and a wireless remote control receiving device 12 of an implantation mobile phone, after wireless remote control receiving device 12 receives the remote-control unlocking that wireless remote control transmitter module 11 sends or the control signal of locking, after decoding, confirming that this signal effectively, carry out the action of unblanking or lock.Wireless remote control transmitter module 11 is selected processing module 10 and remote control emission processing module 5 by the rank of unblanking, and remote control emission processing module 5 is made up of remote signal input processing sub 5-1, launching code submodule 5-2 and transmit power control module 5-3.The rank of unblanking selects processing module 10 at cell phone keyboard two kinds of button forms to be arranged, a kind of is that management level, the remote control of employee's level separate the keyboard by key control, as shown in Figure 2, management level the unblank button 2, management level of button 1, employee's level of unblanking locked and is connected in parallel by part 3, the employee's level button 4 of locking, and the public union end of button is by stake resistance R0.Ground connection, the other end of these buttons link with the respective input of button input processing sub 5-1 respectively.Another kind of button form is that management level, the remote control of employee's level merge the keyboard by key control, and as shown in Figure 3, unblank button 8 and management level and employee's level of management level and employee's level locked and be connected in parallel by part 9, and the public union end of button passes through stake resistance R0.Ground connection, these two are connected with the respective input of button input processing sub 5-1 respectively by part 8,9 the other end.The adjustment assembly 6 that transmits is made up of management level and employee's level selector switch 6-1, the management level resistance R 1 that is connected in parallel and employee's level resistance R 2, the public union end ground connection of management level, employee's level resistance R 1, R2, the other end of management level, employee's level resistance R 1, R2 connects with the corresponding contacts of management level and employee's level selector switch 6-1 respectively, and management level and the common port of employee's level selector switch 6-1 and the input end of transmit power control module 5-3 link.
Specific operation process is as follows:
(1) adopt management level, the remote control of employee's level separately by the key control form:
1. when the user presses employee's level and unblanks button 2, button input processing sub 5-1 receives employee's level unlocking signal, receive unblank emission mode signal and encoding of short distance by launching code submodule 5-2, to the transmit power control module 5-3 input short distance control signal of unblanking, transmit power control module 5-3 starts the emission mode of smaller power, namely start management level and employee's level selector switch 6-1 and connect short distance resistance R 2 (big resistance), there is mobile phone to send the miniwatt wireless remote control signal of unblanking, after wireless remote control receiving device 12 receives mobile phone wireless remote-control unlocking signal, through operations such as decodings, confirm to carry out unlocking action under the effective situation of unlocking signal.
2. when the user presses management level and unblanks button 1, button input processing sub 5-1 receives the management level unlocking signal, by unblank emission mode signal and encoding of launching code submodule 5-2 receiving management level, to the transmit power control module 5-3 input manager level control signal of unblanking, transmit power control module 5-3 starts more powerful emission mode, namely start length range selection switch 6-1 and connect management level resistance R 1 (less resistance), send the high level wireless remote control signal of unblanking, after wireless remote control receiving device 12 receives the wireless remote control unlocking signal that mobile phone sends, through operations such as decodings, confirm to carry out unlocking action under the effective situation of unlocking signal.
3. when the user presses employee's level and locks button 4, button input processing sub 5-1 receives lock signal on employee's level, receive lock emission mode signal and encoding of employee's level by launching code submodule 5-2, to the transmit power control module 5-3 input short distance control signal of locking, transmit power control module 5-3 starts the emission mode of smaller power, namely start management level, employee's level selector switch 6-1 connects employee's level resistance R 2 (big resistance), send the miniwatt wireless remote control signal of locking, wireless remote control receiving device 12 receives on the wireless remote control behind the lock signal, through operations such as decodings, in the affirmation under the effective situation of lock signal, the action of locking.
4. when the user presses management level and locks button 3, button input processing sub 5-1 receives lock signal on the management level, by lock emission mode signal and encoding of launching code submodule 5-2 receiving management level, to the transmit power control module 5-3 input manager level control signal of locking, transmit power control module 5-3 starts more powerful emission mode, namely start management level selector switch 6-1 and connect management level resistance R 1 (less resistive), send the wireless remote control signal of locking of higher level, wireless remote control receiving device 12 receives on the wireless remote control behind the lock signal, through operations such as decodings, in the affirmation under the effective situation of lock signal, the action of locking.
(2) adopt management level and the remote control of employee's level to merge by the key control form:
1. when the user short when unblanking button 8 by management level and employee's level with the regular hour, button input processing sub 5-1 receives employee's level unlocking signal of stipulated time, receive unblank emission mode signal and encoding of short distance by launching code submodule 5-2, to the transmit power control module 5-3 input short distance control signal of unblanking, transmit power control module 5-3 starts the emission mode of smaller power, namely start management level and employee's level selector switch 6-1 and connect employee's level resistance R 2 (big resistance), send the low-power wireless remote control unlocking signal, after wireless remote control receiving device 12 receives the wireless remote control unlocking signal, through operations such as decodings, confirm to carry out unlocking action under the effective situation of unlocking signal.
2. when the user grows by management level and employee's level unlock button 8 with the regular hour, button input processing sub 5-1 receives the length of stipulated time by unlocking signal, by unblank emission mode signal and encoding of launching code mould piece 5-2 receiving management level, to the transmit power control module 5-3 input manager level control signal of unblanking, transmit power control module 5-3 starts high level emission mode, namely start management level and employee's level selector switch 6-1 and connect management level resistance R 1 (less resistance), send high level wireless remote control unlocking signal, after wireless remote control receiving device 12 receives the wireless remote control unlocking signal, through operations such as decodings, confirm to carry out unlocking action under the effective situation of unlocking signal.
3. when the user short when locking button 9 by management level and employee's level with the regular hour, button input processing sub 5-1 receives lock signal on employee's level of stipulated time, receive lock emission mode signal and encoding of employee's level by launching code submodule 5-2, to the transmit power control module 5-3 input employee level control signal of locking, transmit power control module 5-3 starts the emission mode of smaller power, namely start management level and employee's level selector switch 6-1 and connect employee's level resistance R 2 (big resistance), send lock signal on the low-power wireless remote control, wireless remote control receiving device 12 receives on the wireless remote control behind the lock signal, through operations such as decodings, in the affirmation under the effective situation of lock signal, the action of locking.
4. when the user long when locking button 9 by management level and employee's level with the regular hour, button input processing sub 5-1 receives lock signal on the management level of stipulated time, by lock emission mode signal and encoding of launching code submodule 5-2 receiving management level, to the transmit power control module 5-3 input manager level control signal of locking, transmit power control module 5-3 starts high level emission mode, namely start management level and employee's level selector switch 6-1 and connect management level resistance 1 (less resistance), send lock signal on the high level wireless remote control, wireless remote control receiving device 12 receives on the wireless remote control behind the lock signal, through operations such as decodings, in the affirmation under the effective situation of lock signal, the action of locking.
Button input processing sub 5-1 in the remote control emission processing module 5 of present embodiment selects 51 single-chip microcomputers for use, launching code submodule 5-2, transmit power control module 5-3 select the nRF401 integrated package for use, management level resistance R 1 is chosen 22K, and employee's level resistance R 2 is chosen 200K.As Fig. 4, shown in Figure 5.
State two power adjustment component 6 in the scheme and can also be directly arranged in transmit power control module 5-3 portion.For example, when selecting for use the nRF2401 integrated package to make transmit power control module 5-3, set to adjust the size of emissive power by the register of this IC inside.
Management level resistance R 1, employee's level resistance R 2 can be selected adjustable resistance or electronics adjustable resistance for use.Management level and employee's level selector switch 6-1 can select manual button for use, also can select Electronic Control for use, are located at transmit power control module 5-3 inside with the electronics adjustable resistance.
The remote control distance r1 of employee's level control model is set in the 5-10 rice scope, and the remote control distance r2 of management level control model is set in about 100 meters.
The above only is preferred implementation of the present utility model; should be understood that; for those skilled in the art; under the prerequisite that does not break away from the utility model know-why; can also make some improvements and modifications, these improvements and modifications also should be considered as protection domain of the present utility model.
Claims (4)
1. burglary-resisting system with mobile phone remote, it is characterized in that, described system comprises wireless remote control transmitter module and wireless remote control receiving device composition of implanting in the mobile phone, described wireless remote control receiving device receives the control signal of unblanking or locking that the wireless remote control transmitter module sends, through decoding, confirmation signal is effective, execution is to the action of unblanking or lock of several locksets, described wireless remote control transmitter module comprises unblank rank selection processing module and remote control emission processing module, described remote control emission processing module inputs to processing sub by mobile phone key and the launching code submodule is formed, be provided with at the input end of described processing sub and be connected to one group of reception terminal that can send unblank level signal and action control signal, unblank level signal and action control signal after described processing sub will be handled are given launching code submodule input end, encoded operation back notice transmit power control module sends antitheft control coding, and described transmit power control module input end also is connected to from the power of emissive power adjustment assembly output and adjusts feedback signal.
2. the burglary-resisting system with mobile phone remote as claimed in claim 1, it is characterized in that, the described level signal of unblanking is by signal end, the employee's level signal end parallel connection of locking of locking of management unlocking signal end, employee's level unlocking signal end, management level, the public union end ground connection of described signal end, the other end of described signal connect with the respective input of the processing sub of signal input respectively.
3. the burglary-resisting system with mobile phone remote as claimed in claim 1, it is characterized in that, the described level signal of unblanking is by the signal end parallel connection of locking of management level and employee's level unlocking signal end and management level and employee's level, the public union end ground connection of signal end, the other end of signal end link with the corresponding input end of described signal input processing module respectively.
4. the burglary-resisting system with mobile phone remote as claimed in claim 1, it is characterized in that, described emissive power is adjusted assembly and is made up of management level resistance R 1 and employee's level resistance R 2 of management level and employee's level selector switch, parallel connection, the public union end ground connection of management level, employee's level resistance R 1, R2, the other end of management level, employee's level resistance R 1, R2 connects with the corresponding endpoint of management level, employee's level selector switch respectively, and management level and the common port of employee's level selector switch and the input end of described transmit power control module link.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320166135 CN203217751U (en) | 2013-04-03 | 2013-04-03 | Antitheft system remotely controlled by mobile phone |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320166135 CN203217751U (en) | 2013-04-03 | 2013-04-03 | Antitheft system remotely controlled by mobile phone |
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| CN203217751U true CN203217751U (en) | 2013-09-25 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 201320166135 Expired - Fee Related CN203217751U (en) | 2013-04-03 | 2013-04-03 | Antitheft system remotely controlled by mobile phone |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103985168A (en) * | 2014-03-15 | 2014-08-13 | 杨密凯 | Control method for intelligent door lock |
| CN107067688A (en) * | 2017-01-09 | 2017-08-18 | 宇龙计算机通信科技(深圳)有限公司 | A kind of mobile terminal and mobile terminal remote control thereof |
| CN108138517A (en) * | 2015-08-12 | 2018-06-08 | 艾尔伯有限公司 | Portable electronic is locked |
| CN108156496A (en) * | 2017-12-27 | 2018-06-12 | 深圳Tcl新技术有限公司 | Adjust method, remote controler and the computer storage media of power consumption of remote control |
-
2013
- 2013-04-03 CN CN 201320166135 patent/CN203217751U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103985168A (en) * | 2014-03-15 | 2014-08-13 | 杨密凯 | Control method for intelligent door lock |
| CN108138517A (en) * | 2015-08-12 | 2018-06-08 | 艾尔伯有限公司 | Portable electronic is locked |
| CN107067688A (en) * | 2017-01-09 | 2017-08-18 | 宇龙计算机通信科技(深圳)有限公司 | A kind of mobile terminal and mobile terminal remote control thereof |
| CN108156496A (en) * | 2017-12-27 | 2018-06-12 | 深圳Tcl新技术有限公司 | Adjust method, remote controler and the computer storage media of power consumption of remote control |
| CN108156496B (en) * | 2017-12-27 | 2021-08-24 | 深圳Tcl新技术有限公司 | Method for adjusting power consumption of remote controller, remote controller and computer storage medium |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130925 Termination date: 20180403 |