CN218759426U - Electric door control box for realizing wireless remote control voice broadcast - Google Patents
Electric door control box for realizing wireless remote control voice broadcast Download PDFInfo
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- CN218759426U CN218759426U CN202221733861.7U CN202221733861U CN218759426U CN 218759426 U CN218759426 U CN 218759426U CN 202221733861 U CN202221733861 U CN 202221733861U CN 218759426 U CN218759426 U CN 218759426U
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Abstract
The application provides an electric door control box for realizing wireless remote control voice broadcast, which comprises an electric door back-up power module, wherein a main control MCU (microprogrammed control unit) for controlling the switching of the charging and discharging functions of a back-up power supply is arranged in the electric door back-up power module, and a radio frequency remote control receiving module, a wireless communication module and a voice broadcast module are connected to the main control MCU; and the power supply terminal supplies power to each module by 3.3V. The master control MCU is controlled through the wireless communication module and the radio frequency remote control receiving module, so that the working state of the spare power supply module of the electric door is adjusted, and the normal operation of equipment is ensured when the power is cut off; the connection mode is actively switched when the network is disconnected, so that various remote control modes are supported, the use of the gate control terminal in the network disconnection is ensured, and the application range of the control box is expanded.
Description
Technical Field
The application relates to the field of power control, in particular to an electric door control box for realizing wireless remote control voice broadcast.
Background
Most of the traditional gating systems are multi-microcomputer central control systems formed by an embedded single chip microcomputer and a PC (personal computer) through serial ports, a wired network communication mode is mostly adopted in communication, and the serious dependence on wires is taken as an inherent defect, so that the use occasions are limited to a great extent. Especially, in the environments such as factory buildings, school districts, airport scenic spots and the like which occupy a wider ground level and even span a region, the cost of laying wires is high, and even one platform cannot be guaranteed to master the use states and the use permission of all the access controls in a centralized manner.
On the basis, although the access Ethernet realizes cross-region centralized management, most of the existing partially improved door control systems lose management and control authority when the access of an external network is disconnected. Some gate control terminals supporting the use of the local area network cannot be normally used after the gateway equipment is powered off or fails, and even the gate control terminals can only keep a lock-free state to sacrifice access control authority to ensure normal access.
In a word, the traditional gating system has the problems of large-scale or cross-regional deployment, outage use, wide area network outage use limitation and local area network outage use limitation.
SUMMERY OF THE UTILITY MODEL
The embodiment of the application provides an electrically operated gate control box for realizing wireless remote control voice broadcast, and according to the power supply state automatic switching power supply of intelligent terminal equipment and changing the equipment control mode, the guarantee equipment can still continue normal control under the condition of disconnecting external power grid and network, and meanwhile voice broadcast is carried out aiming at the state of the current electrically operated gate, so that the application range of the control box is expanded.
Specifically, the realization wireless remote control voice broadcast's that this application embodiment provided electronic door control box, electronic door control box includes:
the electric door back-up power supply module is internally provided with a main control MCU (microprogrammed control unit) for controlling the switching of the charging and discharging functions of a back-up power supply, and the main control MCU is connected with a radio frequency remote control receiving module, a wireless communication module, a voice broadcasting module for carrying out voice broadcasting and also comprises a 3.3V power supply end for supplying power to each module;
the wireless communication module is used for acquiring the current opening and closing state of the electric door and sending the acquired opening and closing state to the mobile equipment for display; when the wireless communication module is disconnected from the network, the wireless communication module is switched to a Bluetooth mode to communicate with the mobile device, and the electric door is controlled to be opened and closed;
wireless communication module passes through mobile device remote control and uploads the open and close state of door in real time, and mobile device acquires the open and close state of door with remote mode, includes:
when the electric door is connected with the mains supply and the network, the door is remotely controlled to be opened and closed by combining the mobile equipment, and the opening and closing state of the door is uploaded to the mobile equipment in real time to be displayed;
when the electric door cuts off the mains supply and is connected with the network, the electric door is remotely started by combining the mobile equipment, the standby power supply is powered on to open and close the door, and the current opening and closing state of the electric door is uploaded to the mobile equipment to be displayed;
when the electric door cuts off the mains supply and disconnects the network, the wireless communication module is controlled to be switched to the Bluetooth mode, the backup power source is controlled to start power supply through the Bluetooth of the mobile device to achieve opening and closing of the electric door, and the opening and closing state of the door is sent to the mobile device through the Bluetooth to be displayed.
Optionally, the wireless communication module includes:
an RF remote control receiving module and/or a WIFI/Bluetooth module.
Optionally, when the wireless communication module is the WIFI/bluetooth module, a button for connecting a network with the main control MCU and for operating the WIFI/bluetooth module is further disposed on the surface of the electric door control box, and an indicator light for displaying the operating state of the WIFI/bluetooth module is also disposed on the surface of the electric door control box.
Optionally, the WIFI/bluetooth module includes:
a communication chip U3;
the TXD1 pin and the PWM2 pin of the communication chip U3 are signal output pins and are connected with the input pin of the master control MCU, and the RXD1 pin, the RXD2 pin and the PWM4 pin of the communication chip U3 are input pins and are connected with the output pin of the master control MCU;
the RXD2 pin of the communication chip U3 is also connected with a distribution network button S2, and the PWM0 pin is externally connected with a distribution network indicator light LED;
and a VCC pin and a GND pin of the communication chip U3 are respectively connected with a 3.3V power supply and a ground wire.
Optionally, the voice broadcast module is composed of a main control MCU U8, a voice chip U2 and a loudspeaker SPK1.
Optionally, the power supply module for a power door includes:
the utility power socket, the utility power input circuit is equipped with at the utility power socket rear end, is connected with the commercial power detection circuitry at the output of commercial power input circuit, and the output of commercial power detection circuitry is connected to master control MCU.
Optionally, the mains detection circuit includes:
an optocoupler U6 for commercial power detection;
a resistor R58 is arranged at one end of the control end of the optocoupler U6, which is connected with the live wire L, and a resistor R13 is arranged at one end of the control end of the optocoupler U6, which is connected with the zero line N;
the +5V power supply end is connected to the first controlled end of opto-coupler U6, and the second controlled end of opto-coupler U6 is through resistance R35 ground connection, has electric capacity C21 at resistance R35 both ends parallelly connected.
Optionally, the output end of the commercial power input circuit is further connected to a charging circuit for charging the storage battery.
Optionally, the output end of the charging circuit is further connected to an inverter circuit controlled by the main control MCU;
the output end of the inverter circuit is also connected with a commercial power/inverter switching circuit controlled by the main control MCU and the commercial power input circuit;
and a motor output circuit controlled by the main control MCU is also arranged at the output end of the commercial power/inversion switching circuit.
Has the advantages that:
the master control MCU is controlled through the wireless communication module and the radio frequency remote control receiving module, so that the working state of the spare power supply module of the electric door is adjusted, and the normal operation of equipment is ensured when the power is cut off; when the network is disconnected, the connection mode is actively switched, various remote control modes are supported, and the use of the gate control terminal in the network disconnection is guaranteed.
Drawings
In order to more clearly illustrate the technical solutions of the present application, the drawings needed to be used in the description of the embodiments are briefly introduced below, and it is obvious that the drawings in the following description are only some embodiments of the present application, and it is obvious for those skilled in the art to obtain other drawings without creative efforts.
Fig. 1 is a schematic structural diagram of an electric door control box for realizing wireless remote control voice broadcast according to the present application;
fig. 2 is a schematic structural diagram of a commercial power detection circuit according to the present application.
Detailed Description
To make the structure and advantages of the present application clearer, the structure of the present application will be further described with reference to the accompanying drawings.
Specifically, the electric door control box that realizes wireless remote control voice broadcast that this application embodiment provided, as shown in fig. 1, the electric door control box includes:
the electric door back-up power supply module is internally provided with a main control MCU (microprogrammed control unit) for controlling the switching of the charging and discharging functions of a back-up power supply, and the main control MCU is connected with a radio frequency remote control receiving module, a wireless communication module, a voice broadcasting module for carrying out voice broadcasting and also comprises a 3.3V power supply end for supplying power to each module;
the wireless communication module is used for acquiring the current opening and closing state of the electric door and sending the acquired opening and closing state to the mobile equipment for display; when the wireless communication module is disconnected from the network, the wireless communication module is switched to a Bluetooth mode to communicate with the mobile equipment, and the electric door is controlled to be opened and closed;
wireless communication module passes through mobile device remote control and uploads the open and close state of door in real time, and mobile device acquires the open and close state of door with remote mode, includes:
when the electric door is connected with the mains supply and the network, the door is remotely controlled to be opened and closed by combining the mobile equipment, and the opening and closing state of the door is uploaded to the mobile equipment in real time to be displayed;
when the electric door cuts off the mains supply and is connected with the network, the electric door is remotely started by combining the mobile equipment, the standby power supply is powered on to open and close the door, and the current opening and closing state of the electric door is uploaded to the mobile equipment to be displayed;
when the electric door cuts off the mains supply and disconnects the network, the wireless communication module is controlled to be switched to the Bluetooth mode, the backup power source is controlled to start power supply through the Bluetooth of the mobile device to achieve opening and closing of the electric door, and the opening and closing state of the door is sent to the mobile device through the Bluetooth to be displayed.
In implementation, the electric door control box for realizing wireless remote control voice broadcast provided by the embodiment of the application can enable the door control terminal to be compatible with various deployment environments with lower cost, support normal control, management and use through mobile equipment when one or all of the conditions of network disconnection and power failure occur in the deployment environments, and ensure that the door control system has the capability of safely and synchronously updating information with a cloud platform through a specific mode.
The mode of installing the camera is often adopted in order to realize the control of electrically operated gate open-close state among the consideration prior art, because this type of mode needs extra additional to install the expense, consequently this application obtains the open-close state of electrically operated gate in real time through wireless communication module to update the mobile device department in real time with the state of acquireing, and then show on electrically operated gate APP, thereby realize electrically operated gate remote monitoring's effect with lower price.
Furthermore, the wireless communication module adopted in the embodiment of the application has a WIFI/Bluetooth dual communication mode, and under the condition that the control box is powered on, the opening and closing operation of the electric door is realized through the WIFI communication mode of the wireless communication module; under the condition that the control box is disconnected from the network, the control box is switched to a Bluetooth communication mode to communicate with the mobile equipment, so that the remote control of the opening and closing of the electric door is realized.
Specifically, the wireless communication module includes:
an RF remote control receiving module and/or a WIFI/Bluetooth module.
When the wireless communication module is the WIFI/Bluetooth module, the surface of the box body of the electric door control box is also provided with a button which is connected with the main control MCU, is used for carrying out distribution network on the working state of the WIFI/Bluetooth module, and is also provided with an indicator lamp which is used for displaying the working state of the WIFI/Bluetooth module.
The WIFI/Bluetooth module comprises: a communication chip U3;
the TXD1 pin and the PWM2 pin of the communication chip U3 are signal output pins and are connected with the input pin of the master control MCU, and the RXD1 pin, the RXD2 pin and the PWM4 pin of the communication chip U3 are input pins and are connected with the output pin of the master control MCU;
the RXD2 pin of the communication chip U3 is also connected with a distribution network button S2, and a PWM0 pin is externally connected with a distribution network indicator light LED;
and a VCC pin and a GND pin of the communication chip U3 are respectively connected with a 3.3V power supply and a ground wire.
In the implementation, after the net chip is joined in marriage to cell-phone APP, press the ascending button on the cell-phone, the TXD1 foot of chip will export the high level and send main control MCU to, MCU will export the signal of opening the door after the procedure is handled and open the door to the output relay, if the commercial power had been disconnected this moment, then will trigger backup power supply work, the alternating current that produces the contravariant gives the motor power supply, press the stop button when the cell-phone, TXD1 pin high level becomes the low level, MCU turns off the relay that opens the door, the motor stops.
When a button is pressed down on the mobile phone, a PWM2 pin of the chip can output a high level to be sent to the main control MCU, the MCU can output a door closing signal to the output relay to close the door after being processed by a program, if the commercial power is disconnected at the moment, the backup power supply can be triggered to work, inverted alternating current is generated to supply power to the motor, when the mobile phone presses the stop button, the high level of the PWM2 pin is changed into a low level, the MCU turns off the door closing relay, and the motor stops.
Receive the remote control signal who has mated when RF receiving module and send MCU, if the remote control signal of opening the door after the procedure is handled, MCU just sends low level signal to the PWM4 foot of WIFI chip through output pin, and PWM4 foot low level triggers TXD1 foot high level and exports MCU, and MCU procedure processing back output signal of opening the door, and PWM4 foot draws the low level chip to upload the information of opening the door to cell-phone APP through the network simultaneously and shows to open the door.
The remote control is received and is closed the door signal, and MCU passes through output pin and sends the RXD2 foot of WIFI chip with the low level signal, and RXD2 foot low level triggers PWM2 foot output high level to MCU, and MCU procedure handles the back output and closes the door signal, and the time RXD2 foot draws the low level chip and can pass through the network and upload the information of closing the door to cell-phone APP demonstration and close the door.
Stop signal is received in the remote control, and MCU sends the low level signal to the RXD1 foot of WIFI chip through output pin, and RXD1 foot low level triggers PWM2 and TXD1 foot and all outputs the low level to MCU, and output stop signal after the MCU program is handled, time RXD1 foot draws the low level chip and can pass through the network and upload stop information to cell-phone APP and show the stop.
Optionally, the voice broadcast module is by master control MCU U8, pronunciation chip U2 and loudspeaker SPK1.
In implementation, deposit the content that will broadcast in the U2 pronunciation chip in advance to the content of broadcasting stores respectively in the address of difference, and when needs broadcast pronunciation, MCU and pronunciation chip send address information for the U2 chip through a line of serial ports communication, and address information is received to the U2 chip, exports the broadcast content that corresponds for loudspeaker and broadcasts out.
The power module is equipped with after the electrically operated gate includes:
the utility power socket, the utility power input circuit is equipped with at the utility power socket rear end, is connected with the commercial power detection circuitry at the output of commercial power input circuit, and the output of commercial power detection circuitry is connected to master control MCU.
Optionally, as shown in fig. 2, the utility power detection circuit includes:
an optocoupler U6 for commercial power detection;
a resistor R58 is arranged at one end of the control end of the optical coupler U6, which is connected with the live wire L, and a resistor R13 is arranged at one end of the control end of the optical coupler U6, which is connected with the zero line N;
the +5V power supply end is connected to the first controlled end of opto-coupler U6, and the second controlled end of opto-coupler U6 is through resistance R35 ground connection, has electric capacity C21 at resistance R35 both ends parallelly connected.
Optionally, the output end of the commercial power input circuit is further connected to a charging circuit for charging the storage battery.
Optionally, the output end of the charging circuit is further connected with an inverter circuit controlled by a main control MCU;
the output end of the inverter circuit is also connected with a commercial power/inverter switching circuit controlled by the main control MCU and the commercial power input circuit;
and a motor output circuit controlled by the main control MCU is also arranged at the output end of the commercial power/inversion switching circuit.
Based on the electric door control box for realizing wireless remote control voice broadcast, the embodiment of the application also discloses a control method of the electric door control box, and the method comprises the following steps: the terminal environment state detection relates to a wifi state and a power grid state, wherein the wifi state comprises disconnection and connection, and the power grid state comprises power on and power off; and controlling the running state and the working mode of the intelligent door control terminal according to the environment state.
The wireless intelligent gate control terminal is internally provided with software of a wireless intelligent gate control terminal system which is independently developed by the company, and the software greatly reduces the development difficulty of similar new products and shortens the development period through the encapsulation of a bottom layer driving interface, a network communication protocol, a business application interface and the like.
The system comprises: and the environment monitoring module is used for acquiring a wifi signal state and a power grid state. And the acquired state information is reported to the main control module.
And the main control module changes the communication mode and the equipment working mode of the gate control terminal according to the environment state and the terminal setting. The communication mode comprises a wifi mode and a Bluetooth mode. The door control terminal has the capability of directly communicating with a cloud platform in a wifi mode, when a Bluetooth mode is started, the door control terminal is in a disconnected state, equipment cannot directly communicate with the platform, but can communicate with the platform through a mobile phone with a specific authority, and terminal authority verification, setting updating and the like are achieved. In addition, the control module also comprises equipment indicator light setting, equipment calibration setting, motor speed setting, timing automatic execution setting and the like.
And the wireless communication module is used for establishing connection communication between mobile equipment such as a mobile phone and the like and the door control terminal, realizing the feedback of the terminal state from the door control terminal to the mobile equipment and the cloud platform, and controlling, managing and setting the functions of the door control terminal through the mobile equipment. The wireless communication module adopts a low-power-consumption design, supports wifi/Bluetooth communication, and can select a honeycomb briquette network such as a 4G/5G card.
And the execution module is used for directly controlling the operation of the gate control terminal equipment. The execution contents include forward/reverse operation of the motor, door opening and closing degree control, door opening and closing rate control, and the like.
The environmental state can be monitored in real time, wifi and power grid conditions are monitored, and then the terminal working mode is switched in time according to the monitoring result. The user realizes the remote control of the entrance guard and the authority management of the entrance guard through the mobile phone device. The entrance guard authority is accurately bound to the personal mobile phone, and the problems that the traditional entrance guard card and key management is disordered, easy to lose, easy to copy and the like are solved. The wireless scheme is adopted in entrance guard communication, the requirement on deployment environment is effectively reduced, the wiring cost is saved, and great convenience is provided for entrance guard transformation of the traditional factory building. Meanwhile, a standby scheme for access control connection control is provided for special environments such as power failure and network disconnection, power is supplied by eps equipment, and access control is controlled in a Bluetooth or mechanical lock mode. When the network is disconnected or the power is off, the authorized user can control the system through the Bluetooth, and an administrator is supported to realize the communication between the gate control terminal and the platform and the management updating of the gate control terminal through a mobile phone with a specific authority. The method ensures that the intelligent terminal equipment has normal operation capability and authority management capability in a power-off and network-off severe environment state.
Since ethernet devices also require power support, a power down environment is often accompanied by a network outage. The utility model discloses support the extension to use network traffic card, nevertheless because of user's use cost consideration, not as the preference because its cost of charge is directly proportional with the quantity of door.
The embodiment of the utility model provides a basic RF remote control operation supports simultaneously through mobile device, PC equipment in the LAN operating device terminal to support ethernet remote control, software update, authority management. For wireless control, remote control, software update, the authority management function of guarantee equipment under the disconnected net environment, the embodiment of the utility model provides a support to realize above-mentioned operation through bluetooth module, but not limited to the bluetooth mode, still contain mobile network communication modes such as 5G.
The above description is only exemplary of the present application and should not be taken as limiting the present application, as any modification, equivalent replacement, or improvement made within the spirit and principle of the present application should be included in the protection scope of the present application.
Claims (9)
1. Realize wireless remote control voice broadcast's electronic door control box, its characterized in that, electronic door control box includes:
the electric door back-up power supply module is internally provided with a main control MCU (microprogrammed control unit) for controlling the switching of the charging and discharging functions of a back-up power supply, and the main control MCU is connected with a radio frequency remote control receiving module, a wireless communication module, a voice broadcasting module for carrying out voice broadcasting and also comprises a 3.3V power supply end for supplying power to each module;
the wireless communication module is used for acquiring the current opening and closing state of the electric door and sending the acquired opening and closing state to the mobile equipment for display; when the wireless communication module is disconnected from the network, the wireless communication module is switched to a Bluetooth mode to communicate with the mobile equipment, and the electric door is controlled to be opened and closed;
wireless communication module passes through mobile device remote control and uploads the open and close state of door in real time, and mobile device acquires the open and close state of door with remote mode, includes:
when the electric door is connected with the mains supply and the network, the door is remotely controlled to be opened and closed by combining the mobile equipment, and the opening and closing state of the door is uploaded to the mobile equipment in real time to be displayed;
when the electric door cuts off the mains supply and is connected with the network, the electric door is remotely started by combining the mobile equipment, the standby power supply is powered on to open and close the door, and the current opening and closing state of the electric door is uploaded to the mobile equipment to be displayed;
when the electric door cuts off the mains supply and disconnects the network, the wireless communication module is controlled to be switched to the Bluetooth mode, the backup power source is controlled to start power supply through the Bluetooth of the mobile device to achieve opening and closing of the electric door, and the opening and closing state of the door is sent to the mobile device through the Bluetooth to be displayed.
2. The electric door control box for realizing wireless remote control voice broadcast according to claim 1, wherein the wireless communication module comprises:
an RF remote control receiving module and/or a WIFI/Bluetooth module.
3. The electric door control box for realizing wireless remote control voice broadcast according to claim 1, wherein when the wireless communication module is a WIFI/Bluetooth module, a button for distributing a network for the operation of the WIFI/Bluetooth module and an indicator lamp for displaying the operation state of the WIFI/Bluetooth module are further arranged on the surface of the box body of the electric door control box.
4. The electric door control box for realizing wireless remote control voice broadcast according to claim 2, wherein the WIFI/Bluetooth module comprises:
a communication chip U3;
TXD1 and PWM2 pins of the communication chip U3 are signal output pins and are connected with input pins of a master control MCU, RXD1, RXD2 and PWM4 pins of the communication chip U3 are input pins and are connected with output pins of the master control MCU;
the RXD2 pin of the communication chip U3 is also connected with a distribution network button S2, and the PWM0 pin is externally connected with a distribution network indicator light LED;
and a VCC pin and a GND pin of the communication chip U3 are respectively connected with a 3.3V power supply and a ground wire.
5. The electric door control box for realizing wireless remote control voice broadcast according to claim 1, characterized in that the voice broadcast module comprises a main control MCU U8, a voice chip U2 and a speaker SPK1.
6. The electric door control box for realizing wireless remote control voice broadcast according to claim 1, characterized in that the electric door back-up power supply module comprises:
the utility power socket, the utility power input circuit is equipped with at the utility power socket rear end, is connected with the commercial power detection circuitry at the output of commercial power input circuit, and the output of commercial power detection circuitry is connected to master control MCU.
7. The electric door control box for realizing wireless remote control voice broadcast according to claim 6, wherein the commercial power detection circuit comprises:
an optocoupler U6 for commercial power detection;
a resistor R58 is arranged at one end of the control end of the optical coupler U6, which is connected with the live wire L, and a resistor R13 is arranged at one end of the control end of the optical coupler U6, which is connected with the zero line N;
the first controlled end of the optocoupler U6 is connected with the +5V power supply end, the second controlled end of the optocoupler U6 is grounded through a resistor R35, and two ends of the resistor R35 are connected with a capacitor C21 in parallel.
8. The electric door control box for realizing wireless remote control voice broadcast according to claim 6, characterized in that the output end of the commercial power input circuit is further connected with a charging circuit for charging a storage battery.
9. The electric door control box for realizing wireless remote control voice broadcast according to claim 8, characterized in that an inverter circuit controlled by a main control MCU is connected to the output end of the charging circuit;
the output end of the inverter circuit is also connected with a commercial power/inverter switching circuit controlled by the main control MCU and the commercial power input circuit;
and a motor output circuit controlled by the main control MCU is also arranged at the output end of the commercial power/inversion switching circuit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202221733861.7U CN218759426U (en) | 2022-07-05 | 2022-07-05 | Electric door control box for realizing wireless remote control voice broadcast |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202221733861.7U CN218759426U (en) | 2022-07-05 | 2022-07-05 | Electric door control box for realizing wireless remote control voice broadcast |
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| Publication Number | Publication Date |
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| CN218759426U true CN218759426U (en) | 2023-03-28 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN202221733861.7U Active CN218759426U (en) | 2022-07-05 | 2022-07-05 | Electric door control box for realizing wireless remote control voice broadcast |
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| Country | Link |
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Address after: 311400 No. 18, sunjiashan Road, Changkou Town, Fuyang District, Hangzhou City, Zhejiang Province Patentee after: HANGZHOU LONGSONG ELECTRONIC TECHNOLOGY CO.,LTD. Address before: 311113 No.48 Gouyun Road, Liangzhu Street, Yuhang District, Hangzhou City, Zhejiang Province Patentee before: HANGZHOU LONGSONG ELECTRONIC TECHNOLOGY CO.,LTD. |