CN204719832U - Gate control system - Google Patents
Gate control system Download PDFInfo
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- CN204719832U CN204719832U CN201520309379.4U CN201520309379U CN204719832U CN 204719832 U CN204719832 U CN 204719832U CN 201520309379 U CN201520309379 U CN 201520309379U CN 204719832 U CN204719832 U CN 204719832U
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Abstract
A kind of gate control system is applicable to a door body, and comprises a solar energy module, a biological identification module and an electronic lock.This solar energy module is arranged at the side of this body, and provides the power supply of this gate control system.When this biological identification module judges that a biological characteristic meets a preset data, produce one and meet signal.When this control module judges that the power supply of this gate control system is greater than a critical electric power, produce a control signal, and when this control module receive this meet signal time, produce a unlocking signal.This electronic lock comprises a lockhole and a baffle plate, and receives this control signal and this unlocking signal, and operates between an automatically controlled pattern and a manual mode.The characteristic of this gate control system is main power source with green energy resource and has reliable security.
Description
Technical field
The utility model relates to a kind of gate control system, particularly relates to a kind of gate control system utilizing sun power to be main power source.
Background technology
At present, the gate of general family is use mechanical door lock mostly, and small part is the door lock using electronic type, as Fingerprint Lock or electronic password lock.This mechanical door lock needs the key of entity to open, and not only brings inconvenience when key is lost, and easily suffers that ruffian destroys and security is not enough.And the door lock of this electronic type is not only easy to use because not needing the key of entity, and safer protection can be provided.But the door lock of electronic type utilizes civil power as main power supply now, when environmental consciousness comes into one's own gradually, how to provide a kind of and be main power source with green energy resource and the gate control system with reliable security just becomes an important problem.
Summary of the invention
The purpose of this utility model is to provide a kind of and utilizes sun power for main power source and have the gate control system of reliable security.
Gate control system of the present utility model, is applicable to a door body, and comprises a solar energy module, biological identification module, a control module and an electronic lock.
This solar energy module is arranged at the side of this body, and is an output power by the energy conversion of sunshine, using the power supply as this gate control system.
This biological identification module installation in this side of this body, and receives the input signal that is relevant to a biological characteristic, and when meeting a preset data according to this biological characteristic of this input-signal judging, producing one and meeting signal.
This control module is electrically connected this solar energy module to detect this output power, when this output power is greater than a critical electric power, produce a control signal, this control module is also electrically connected this biological identification module and meets signal to receive this, when this control module receive this meet signal time, produce a unlocking signal.
This electronic lock comprises a lockhole and a baffle plate of this side being arranged at this body, and be electrically connected this control module to receive this control signal and this unlocking signal, and operate between an automatically controlled pattern and a manual mode, when this electronic lock receives this control signal, this electronic lock operates in this automatically controlled pattern, when this electronic lock does not receive this control signal, this electronic lock operates in this manual mode, when this electronic lock operates in this automatically controlled pattern, this baffle plate covers this lockhole makes this lockhole not expose to this side of this body, and when this electronic lock receives this unlocking signal, this electronic lock is in a released state, when this electronic lock operates in this manual mode, this baffle plate does not cover this lockhole makes this lockhole expose to this side of this body.
Implement in aspect at some, this gate control system also comprises the electricity storage module of this solar energy module of electrical connection and this control module, this electricity storage module receives one and selects signal, and according to this selection signal, the wherein one of this output power of being produced by this solar energy module and a civil power is selected to save as a reserve power, and as the power supply of this gate control system.Wherein, this control module also detects this civil power and this reserve power to produce this selection signal and this control signal, when this output power of this solar energy module is greater than this critical electric power, control this electricity storage module to select this output power of this solar energy module to save as this reserve power, when this output power of this solar energy module is less than this critical electric power and this civil power is greater than this critical electric power, control this electricity storage module to select this civil power to save as this reserve power, when this output power of this solar energy module, this civil power, and this reserve power wherein any one is greater than this critical electric power time, produce this control signal.
Implement in aspect at some, this gate control system also comprises the transceiver module of this control module of electrical connection, when this output power of this solar energy module, this civil power and this reserve power are all less than this critical electric power, this control module produces first caution signal and this first caution signal is sent to a far end device via this transceiver module.
Implement in aspect at some, this gate control system also comprises a load module.This load module is arranged at this side of this body, and is electrically connected this control module, and receives a validation signal and this validation signal is sent to this control module.Wherein, when this control module have produce this control signal and receive this meet signal time, produce an identifying code and be sent to this far end device via this transceiver module, after this control module produces this identifying code, and when judging to be consistent with this identifying code from this validation signal of this load module, produce this unlocking signal.
Implement in aspect at some, wherein, when this control module receive this meet signal time, this control module according to this output power of this solar energy module, to should first parameter of biological characteristic, time at that time and to should the wherein at least one of second parameter of preset data, produce this identifying code.
Or implement in aspect at some, this gate control system also comprises the sensing module of this control module of electrical connection, this sensing module at least detects the external force that this electronic lock is subject to, and detected external force size is sent to this control module, when this control module judges that external force size that this sensing module detects is more than an emergent pressure, this control module also produces second caution signal and this second caution signal is sent to this far end device via this transceiver module.
Implement in aspect at some, wherein, this transceiver module and this far end device support wherein a kind of transmission technology of bluetooth (Bluetooth), Wireless Fidelity (Wi-Fi), third generation Mobile Communications (3G) and forth generation Mobile Communications (4G).
Or implement in aspect at some, this gate control system also comprises a charging module, is applicable to a charge electronic devices, and is electrically connected this control module.Wherein, when this control module detect this reserve power be greater than a default electric power time, it is a charging power that this control module controls this charging module by this reserve power of this electricity storage module output, to charge to this electronic installation of this charging module of electrical connection.
Or implement in aspect at some, wherein, this biological identification module is the wherein one of carrying out identification of fingerprint and human face recognition, and this preset data is the data of wherein this kind of fingerprint characteristic and face characteristic.
Or implement in aspect at some, wherein, this control module also supervises the operating state of this solar energy module, and the operating state of this solar energy module is sent to this far end device via this transceiver module.
The beneficial effects of the utility model are by selecting the wherein one of this solar energy module and this electricity storage module as main power supply, and the mechanism of checking is provided by this biological identification module, this control module and this load module, reliable security can be provided to control this electronic lock under this automatically controlled pattern and this manual mode.
Accompanying drawing explanation
Of the present utility model other feature and effect, clearly present in reference to graphic embodiment, wherein:
Fig. 1 is a calcspar, and an embodiment of the utility model gate control system is described; And
Fig. 2 is a schematic diagram, and auxiliary view 1 illustrates this embodiment.
Embodiment
Consult Fig. 1 and Fig. 2, the embodiment of the utility model gate control system is applicable to a door body 9, far end device 19 and an electronic installation 8, and comprises a solar energy module 11, electricity storage module 12, biological identification module 13, load module 14, electronic lock 15, transceiver module 16, sensing module 17, control module 18 and a charging module 10.
This transceiver module 16 and this far end device 19 all support wherein a kind of transmission technology of bluetooth (Bluetooth), Wireless Fidelity (Wi-Fi), third generation Mobile Communications (3G) and forth generation Mobile Communications (4G).
This solar energy module 11 is arranged at the side of this body 9, and is an output power by the energy conversion of sunshine, using the power supply as this gate control system.In the present embodiment, this solar energy module 11 comprises the solar panels that plural number is arranged at this side of this body 9, and this side of this body 9 is towards side outdoors to receive the irradiation of sunshine, and then converts sun power to this output power.
This electricity storage module 12 is electrically connected this solar energy module 11 and a civil power, and receive a selection signal from this control module 18, and according to this selection signal, the wherein one of this output power and this civil power produced by this solar energy module 11 is selected to save as a reserve power, and as the power supply of this gate control system, namely as the power supply of this biological identification module 13, this load module 14, this electronic lock 15, this transceiver module 16, this sensing module 17 and this control module 18.
This biological identification module 13 is arranged at this side of this body 9, and receives the input signal that is relevant to a biological characteristic, and when meeting a preset data according to this biological characteristic of this input-signal judging, producing one and meeting signal.In the present embodiment, this biological identification module 13 adopts the technology of identification of fingerprint, this input signal comprises a relevant wish door opener's palm or the fingerprint data of finger, this preset data is be stored in advance in this biological identification module 13 and corresponding particular persons, as the member of family, palm or the fingerprint characteristic data of finger.For example, when this biological identification module 13 judges that the fingerprint of the finger of this wish door opener is consistent with the finger print feature of the some kinsfolks in this preset data, produce this and meet signal.In other embodiments, this biological identification module 13 also can adopt the technology of human face recognition, and this preset data is then the face characteristic data of corresponding particular persons.
This load module 14 is arranged at this side of this body 9, and is electrically connected this control module 18, and receives a validation signal and this validation signal is sent to this control module 18.This load module 14 can be a keypad with numerical key, also can be a display with touch controllable function, can be more speech input device, not subject to the limits.
This control module 18 is electrically connected this solar energy module 11 to detect this output power, and is also electrically connected this electricity storage module 12 to detect this reserve power, and also detects this civil power, to produce this selection signal and a control signal.When this output power of this solar energy module 11 is greater than a critical electric power, controls this electricity storage module 12 select this output power of this solar energy module 11 to save as this reserve power by producing this selection signal.When this output power of this solar energy module 11 is less than this critical electric power and this civil power is greater than this critical electric power, controls this electricity storage module 12 select this civil power to save as this reserve power by producing this selection signal.When this output power of this solar energy module 11, this civil power and this reserve power wherein any one is greater than this critical electric power time, produce this control signal.When this output power of this solar energy module 11, this civil power and this reserve power are all less than this critical electric power, this control module 18 produces first caution signal and this first caution signal is sent to this far end device 19 via this transceiver module 16.In addition, this control module 18 also supervises the operating state of this solar energy module 11, and the operating state of this solar energy module 11 is sent to this far end device 19 via this transceiver module 16.
What is particularly worth mentioning is that: in the present embodiment, this control module 18 is detected this output power of this solar energy module 11, this civil power and this reserve power and whether is greater than this critical electric power, to judge the power source of whichever as this gate control system, and this critical electric power is such as maintain the minimum electric power needed for the running of this gate control system.In other embodiments, this gate control system also can not comprise this electricity storage module 12 or not receive this civil power, with this output power of this solar energy module 11 and civil power or with output power and this reserve power or only using this output power as the power supply of this gate control system.
This control module 18 is also electrically connected this biological identification module 13 and meets signal to receive this.When this control module 18 have produce this control signal and receive this meet signal time, produce an identifying code and be sent to this far end device 19 via this transceiver module 16.After this control module 18 produces this identifying code, and when judging to be consistent with this identifying code from this validation signal of this load module 14, produce a unlocking signal.For example, during the finger print profile of the male owner in this kinsfolk of fingerprint matching of this this wish of biological identification module 13 identification door opener, produce this and meet signal.And this control module 18 has this control signal of generation because this output power of this solar energy module 11 of detecting is greater than this critical electric power, now, this control module 18 stores in advance according to one and the look-up table of the corresponding relation met between signal and far end device 19 of being correlated with, this identifying code is sent to should the far end device 19 of male owner, as mobile phone via this transceiver module 16.This wish door opener inputs this identifying code by this load module 14 after knowing this identifying code by this far end device 19, and makes this load module 14 produce this validation signal comprising this identifying code.Receive this validation signal in this control module 18, and when judging that this validation signal is consistent with this identifying code, then produce this unlocking signal.
What is particularly worth mentioning is that: when this control module 18 have produce this control signal and receive this meet signal time; this control module 18 according to this solar energy module 11 this output power at that time, to should first parameter of biological characteristic, time at that time and to should the wherein at least one of second parameter of preset data; via the formula conversion designed in advance to produce this identifying code, and tighter and safe checking and defencive function can be provided.In addition, in the present embodiment, the dual security protection of biological identification and password authentification is provided by this biological identification module 13, this load module 14 and this control module 18.And in other embodiments, this gate control system also can omit the step of password authentification, that is, omit this load module 14, and this control module 18 receive this meet signal time, just produce this unlocking signal.
This electronic lock 15 comprises a lockhole 151 and a baffle plate 152 of this side being arranged at this body 9, and is electrically connected this control module 18 to receive this control signal and this unlocking signal, and operates between an automatically controlled pattern and a manual mode.When this electronic lock 15 receives this control signal, electric power namely when this gate control system is normal, namely this output power of this solar energy module 11, this civil power and this reserve power wherein any one is greater than this critical electric power time, this electronic lock 15 operates in this automatically controlled pattern.When this electronic lock 15 does not receive this control signal, the power source namely when this gate control system is abnormal, and when namely electric power is not enough, this electronic lock 15 operates in this manual mode.
When this electronic lock 15 operates in this automatically controlled pattern, this baffle plate 152 covers this lockhole 151 makes this lockhole 151 not expose to this side of this body 9, and when this electronic lock 15 receives this unlocking signal, this electronic lock 15 is in a released state, this body 9 is namely made to be opened.When this electronic lock 15 operates in this manual mode, this baffle plate 152 does not cover this lockhole 151 makes this lockhole 151 expose to this side of this body 9, now, this wish door opener can use a key mating this lockhole 151 to be between this released state and a locking state by this electronic lock 15.To remark additionally especially: when this electronic lock 15 operates in this automatically controlled pattern, represent that the electric power of this electronic lock 15 is normal, electric power is changed to produce a thrust by a mechanism design by this electronic lock 15, and this thrust can overcome another mechanical force suffered by this baffle plate 152, this baffle plate 152 is made to be pushed into a precalculated position by the resulting net force of this thrust and this mechanical force and to cover this lockhole 151.When this electronic lock 15 operates in this manual mode, represent that the electric power of this gate control system is not enough, this electronic lock 15 cannot produce this thrust because not having enough electric power, makes this baffle plate 152 by this mechanical force, as the elastic force of spring, be pushed into another precalculated position and this lockhole 151 is exposed.
This sensing module 17 detects the external force that this electronic lock 15 is subject to, and detected external force size is sent to this control module 18.When this control module 18 judges that external force size that this sensing module 17 detects is more than an emergent pressure, this control module 18 also produces second caution signal and this second caution signal is sent to this far end device 19 via this transceiver module 16.In the present embodiment, this sensing module 17 detects the external force that this electronic lock 15 is subject to, such as this baffle plate 152 or the external force size suffered by this lockhole 151, and in other embodiments, this sensing module 17 can also detect this body 9, this solar energy module 11, this load module 14 or this external force suffered by biological identification module 13, not subject to the limits.What is particularly worth mentioning is that: this control module 18 stores and the look-up table of corresponding relation between associated alarm signal and far end device 19 in advance according to one, select this first caution signal and this second caution signal to be sent to corresponding far end device 19.Such as: when this output power of this solar energy module 11, this civil power and this reserve power are all less than this critical electric power, this first caution signal is sent to the far end device 19 of managerial personnel by this control module 18 via this transceiver module 16.When there being burglar to exceed this emergent pressure in the external force size that destruction door body 9 causes this sensing module 17 to be detected, this second caution signal is sent to via this transceiver module 16 far end device 19 that is saved from damage personnel or one family member by this control module 18.In addition, this far end device 19 can be GENERAL TYPE mobile phone, also can be Smartphone or other electronic installations by a networking and this transceiver module 16 line, not subject to the limits.
This charging module 10 is applicable to this charge electronic devices 8, and is electrically connected this control module 18.When this control module 8 detect this reserve power be greater than a default electric power time, it is a charging power that this control module 8 controls this charging module 10 by this reserve power of this electricity storage module 12 output, to charge to this electronic installation 8 of this charging module 10 of electrical connection.When this control module 8 detect this reserve power be not more than this default electric power time, this control module 8 controls this charging module 10 and does not export this charging power, namely not to electrical connection this charging module 10 this electronic installation 8 charge.In the present embodiment, this charging module 10 comprises one and is arranged at the interface (not shown) of this body 9 towards the universal serial bus (USB) of the side in door, this electronic installation 8 is such as the device that Smartphone etc. has USB interface, and this default electric power is the size of the half of this electricity storage module 12 when being full of electric power.And in other embodiments, this charging module 10 also can be integrated with this electricity storage module 12, only the interface of a universal serial bus (USB) need be provided in this body 9 towards the side in door, the value that this default electric power also can preset for other.
In sum; by selecting the wherein one of this solar energy module 11 and this electricity storage module 12 as main power supply; by this charging module 10, green energy resource is supplied to other electronic installations 8 again to use; and the dual security protection mechanism of biological identification and password authentification is provided by this biological identification module 13, this control module 18 and this load module 14; reliable security can be provided under this automatically controlled pattern and this manual mode, so really the purpose of this utility model can be reached to control this electronic lock 15.
As described above, be only embodiment of the present utility model, when can not limit the scope of the utility model enforcement with this, every simple equivalence done according to the utility model claims and description changes and modifies, and all still belongs to scope of the present utility model.
Claims (10)
1. a gate control system, is applicable to a door body, it is characterized in that: it comprises:
A solar energy module, is arranged at the side of this body, and is an output power by the energy conversion of sunshine, using the power supply as this gate control system;
A biological identification module, is arranged at this side of this body, and receives the input signal that is relevant to a biological characteristic, and when meeting a preset data according to this biological characteristic of this input-signal judging, producing one and meeting signal;
A control module, be electrically connected this solar energy module to detect this output power, when this output power is greater than a critical electric power, produce a control signal, this control module is also electrically connected this biological identification module and meets signal to receive this, when this control module receive this meet signal time, produce a unlocking signal; And
An electronic lock, comprise a lockhole and a baffle plate of this side being arranged at this body, and be electrically connected this control module to receive this control signal and this unlocking signal, and operate between an automatically controlled pattern and a manual mode, when this electronic lock receives this control signal, this electronic lock operates in this automatically controlled pattern, when this electronic lock does not receive this control signal, this electronic lock operates in this manual mode, when this electronic lock operates in this automatically controlled pattern, this baffle plate covers this lockhole makes this lockhole not expose to this side of this body, and when this electronic lock receives this unlocking signal, this electronic lock is in a released state, when this electronic lock operates in this manual mode, this baffle plate does not cover this lockhole makes this lockhole expose to this side of this body.
2. gate control system according to claim 1, it is characterized in that: it also comprises the electricity storage module of this solar energy module of electrical connection and this control module, this electricity storage module receives one and selects signal, and according to this selection signal, the wherein one of this output power and the civil power produced by this solar energy module is selected to save as a reserve power, and as the power supply of this gate control system
This control module also detects this civil power and this reserve power to produce this selection signal and this control signal, when this output power of this solar energy module is greater than this critical electric power, control this electricity storage module to select this output power of this solar energy module to save as this reserve power, when this output power of this solar energy module is less than this critical electric power and this civil power is greater than this critical electric power, control this electricity storage module to select this civil power to save as this reserve power, when this output power of this solar energy module, this civil power, and this reserve power wherein any one is greater than this critical electric power time, produce this control signal.
3. gate control system according to claim 2, it is characterized in that: it also comprises the transceiver module of this control module of electrical connection, when this output power of this solar energy module, this civil power and this reserve power are all less than this critical electric power, this control module produces first caution signal and this first caution signal is sent to a far end device via this transceiver module.
4. gate control system according to claim 3, is characterized in that: it also comprises
A load module, is arranged at this side of this body, and is electrically connected this control module, and receives a validation signal and this validation signal is sent to this control module,
When this control module have produce this control signal and receive this meet signal time, produce an identifying code and be sent to this far end device via this transceiver module, after this control module produces this identifying code, and when judging to be consistent with this identifying code from this validation signal of this load module, produce this unlocking signal.
5. gate control system according to claim 4, it is characterized in that: when this control module receive this meet signal time, this control module according to this output power of this solar energy module, to should first parameter of biological characteristic, time at that time and to should the wherein at least one of second parameter of preset data, produce this identifying code.
6. gate control system according to claim 4, it is characterized in that: it also comprises the sensing module of this control module of electrical connection, this sensing module at least detects the external force that this electronic lock is subject to, and detected external force size is sent to this control module, when this control module judges that external force size that this sensing module detects is more than an emergent pressure, this control module also produces second caution signal and this second caution signal is sent to this far end device via this transceiver module.
7. gate control system according to claim 6, is characterized in that: this transceiver module and this far end device support wherein a kind of transmission technology of bluetooth, Wireless Fidelity, third generation Mobile Communications and forth generation Mobile Communications.
8. gate control system according to claim 2, it is characterized in that: it also comprises a charging module, be applicable to a charge electronic devices, and be electrically connected this control module, when this control module detect this reserve power be greater than a default electric power time, it is a charging power that this control module controls this charging module by this reserve power of this electricity storage module output, to charge to this electronic installation of this charging module of electrical connection.
9. gate control system according to claim 1, is characterized in that: this biological identification module is the wherein one of carrying out identification of fingerprint and human face recognition, and this preset data is the data of wherein this kind of fingerprint characteristic and face characteristic.
10. gate control system according to claim 3, is characterized in that: this control module also supervises the operating state of this solar energy module, and the operating state of this solar energy module is sent to this far end device via this transceiver module.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520309379.4U CN204719832U (en) | 2015-05-14 | 2015-05-14 | Gate control system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520309379.4U CN204719832U (en) | 2015-05-14 | 2015-05-14 | Gate control system |
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| CN204719832U true CN204719832U (en) | 2015-10-21 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520309379.4U Expired - Fee Related CN204719832U (en) | 2015-05-14 | 2015-05-14 | Gate control system |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106296877A (en) * | 2015-05-14 | 2017-01-04 | 王郁琦 | Gate control system |
| CN106504384A (en) * | 2016-11-02 | 2017-03-15 | 深圳坚朗海贝斯智能科技有限公司 | A kind of intelligent electronic lock system and its control method |
| CN106960170A (en) * | 2016-01-11 | 2017-07-18 | 南台科技大学 | Identification system for carrying out identity identification by using solar panel and photoelectric characteristic capturing equipment |
| CN108921991A (en) * | 2018-06-26 | 2018-11-30 | 佛山市中格威电子有限公司 | It is a kind of based on solar powered door-locking system |
| CN109658571A (en) * | 2018-12-21 | 2019-04-19 | 广东工业大学 | A kind of electronic entrance guard device |
| CN111710063A (en) * | 2020-05-14 | 2020-09-25 | 特斯联科技集团有限公司 | Intelligent entrance guard for office building |
| CN112419548A (en) * | 2020-10-26 | 2021-02-26 | 温州大学乐清工业研究院 | Power supply intelligent electronic lock and power supply method thereof |
-
2015
- 2015-05-14 CN CN201520309379.4U patent/CN204719832U/en not_active Expired - Fee Related
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106296877A (en) * | 2015-05-14 | 2017-01-04 | 王郁琦 | Gate control system |
| CN106960170A (en) * | 2016-01-11 | 2017-07-18 | 南台科技大学 | Identification system for carrying out identity identification by using solar panel and photoelectric characteristic capturing equipment |
| CN106960170B (en) * | 2016-01-11 | 2020-02-14 | 南台科技大学 | Identification system for carrying out identity identification by using solar panel and photoelectric characteristic capturing equipment |
| CN106504384A (en) * | 2016-11-02 | 2017-03-15 | 深圳坚朗海贝斯智能科技有限公司 | A kind of intelligent electronic lock system and its control method |
| CN108921991A (en) * | 2018-06-26 | 2018-11-30 | 佛山市中格威电子有限公司 | It is a kind of based on solar powered door-locking system |
| CN109658571A (en) * | 2018-12-21 | 2019-04-19 | 广东工业大学 | A kind of electronic entrance guard device |
| CN111710063A (en) * | 2020-05-14 | 2020-09-25 | 特斯联科技集团有限公司 | Intelligent entrance guard for office building |
| CN112419548A (en) * | 2020-10-26 | 2021-02-26 | 温州大学乐清工业研究院 | Power supply intelligent electronic lock and power supply method thereof |
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