TWM577991U - Signal lights device for wireless inducing ambulance and fire engine for priority switching to pass - Google Patents

Abstract

This creation is a system of wireless sensor ambulance and fire-fighting vehicle priority switching, especially for wireless or wired control system devices such as RFID, ZigBee, WiFi, Bluetooth, GPS, etc., including: a signal processor, a The wireless signal transceiver module and the No. 1 light control module; the protection unit stores at least one authentication code, and the Tag is in the fire truck and the ambulance. If one vehicle is removed and the tear is removed, the signal is activated. When the induction (detection) is activated, the signal is activated. The processor and the protection unit first perform an authentication process, and then the electrical connection between the signal processor and the tag is confirmed, and then the wireless signal transceiver module is activated to be paired with an external preset electronic device, in the pairing, and then Perform an authentication procedure with the protection unit. After the authentication is successful, the induction (detection) startup procedure is completed; then the control circuit module is used to instantly control the traffic light number, and the red light is turned into a green light. The order turns from green to yellow and then turns red).

Description

Wireless induction ambulance and fire-fighting vehicle priority switch to pass the number of the light device system

This creation relates to a wireless sensor ambulance and fire-fighting vehicle priority switching device system, especially for wireless or wired control system devices such as RFID, ZigBee, WiFi, Bluetooth, GPS, etc., as fire trucks and ambulances The authentication mechanism can be attached to the fire truck and the ambulance. The sensor door frame is 20~30 meters in front of the traffic light. When the RFID detection starts, the internal signal and the protection unit will be used first when the Tag device is close. The authentication process is performed, and then the RFID signal processor and the tag are electrically connected to complete the confirmation, and then the wireless signal transceiver module is activated to be paired with an external preset electronic device, and the pairing is performed once again with the protection unit. The program, after the authentication is successful, completes the startup procedure of the device. Therefore, the control circuit module is used to instantly control the traffic light number, and the red light is turned into a green light (the left and right square lights are sequentially turned from green to yellow and then red).

According to the vehicle identification, it is mainly to read the basic information of the owner (for example, the owner's car number and the identity card number/company uniform number, etc.) to perform the deduction action.

According to the vehicle identification, it is mainly to read the basic information of the owner (for example: the owner's car number and the identity card number / company uniform number, etc.) as the parking lot management.

According to the identification of goods, it is mainly to read the information of the goods (for example: product name and expiration date, etc.) as warehouse management.

This is a wireless sensor ambulance and fire-fighting vehicle priority switch device system to increase the safety of fire trucks and ambulances at the intersection of the lights, especially RFID, ZigBee, WiFi, Bluetooth, GPS, etc. The system device of the wireless or wired control comprises: a signal processor, a sensing unit, a protection unit, a wireless signal transceiver module, a tag and a power module. The signal processor is electrically connected to a control circuit module, and the control circuit module is provided with a connection line for accessing the traffic control box; the sensing unit is disposed in the control circuit module and electrically connected to the signal processor; The protection unit is disposed in the control circuit module and electrically connected to the signal processor for storing at least one authentication code; the wireless signal transceiver module is disposed in the control circuit module and electrically connected to the signal processor; There is at least one signal conducting antenna, so that the tag has a signal conducting function; the power module is electrically connected to the signal processor to supply power to the signal processor, and then the signal processor transmits power to the mobile sensing unit and the protection unit. .

The creation method is a control method of a wireless or wired control system device such as RFID, ZigBee, WiFi, Bluetooth, GPS, etc. The control method includes: starting the power supply, the signal processor and the protection unit first perform an authentication procedure; the signal processor and the signal processor After the protection unit certification is completed, the Tag and the control circuit module are electrically connected, and the signal processor is awakened; the signal processor activates the wireless signal transceiver module and an external preset electronic device (eg, ZigBee, WiFi, Bluetooth). (GPS), pairing, and then perform an authentication procedure with the protection unit in the pairing. After the authentication is successful, the startup procedure is completed. Therefore, the control circuit module is used to instantly control the traffic light number, and the red light is turned into a green light (the left and right square lights are sequentially turned from green to yellow and then red).

The technical feature of the present invention is that the Tag sensing antenna device can be attached to a fire truck and an ambulance, and the control method of the wireless or wired control system device such as the RFID, ZigBee, WiFi, Bluetooth, GPS, etc. can be used to make the fire truck and the rescue. When the car is paired, one car will be removed and will be undone, avoiding being easily packaged by anyone. In addition, when the setting is completed, the control circuit module can be used to instantly control the traffic light number, and the red light is turned into a green light (the left and right square lights sequentially change from green to yellow and then red).

1‧‧‧Signal Processor

2‧‧‧Sensor unit

3‧‧‧Protection unit

4‧‧‧Wireless Signal Transceiver Module

5‧‧‧Tag

6‧‧‧Power Module

7‧‧‧Control circuit module

71‧‧‧Connected

10‧‧‧Traffic Control Box

20‧‧‧Induction door frame

The first picture is an architectural diagram of the creation.

The second picture is a schematic diagram of the execution state of the creation.

In order to make it easier for your examiner to understand the other features and advantages of this creation and the effects achieved by it, this article is combined with the drawings to describe in detail the features and advantages of this creation. The following examples are The details of this creation are further elaborated, but the scope of this creation is not limited by any point of view.

Please refer to the first and second figures. This is a wireless sensor ambulance and fire-fighting vehicle priority switch device, especially for wireless or wired control systems such as RFID, ZigBee, WiFi, Bluetooth, GPS, etc. The device and the control method thereof, the wireless induction ambulance and the fire-fighting vehicle preferentially switch to the locomotive light device, comprising a signal processor 1, a sensing unit 2, a protection unit 3, a wireless signal transceiver module 4, and a Tag 5, a power module 6 and a control circuit module 7.

The signal processor 1 is used for the processing of the signal, and the signal processor 1 is electrically connected to the control circuit module 7. The control circuit module 7 is provided with a connection 埠 '71 and the signal processor 1 is electrically connected. . The control circuit module 7 is provided with a connection line for accessing a preset traffic signal control box 10, so that the control circuit module 7 can be used to control the traffic light number.

The sensing unit 2 is disposed on the gateway and connected to the control circuit module 7 and electrically connected to the signal processor 1. The sensing unit 2 is used to sense a Tag ID (eg, Tag-SOS or Tag-Fire). For example, the Tag-Fire is electrically connected to the signal processor 1 by the signal processor 1. When the sensing unit 2 detects the Tag-Fire or the Tag-SOS, the signal processor 1 sends a trigger signal to the control circuit module. Group 7 controls the traffic light sign immediately, turning from red light to green light (the left and right square lights turn from green to yellow and then red).

The protection unit 3 is disposed on the control circuit module 7 and electrically connected to the signal processor 1. The protection module 3 is configured to store at least one authentication code. For example, the protection unit 3 is electrically connected to the signal processor 1 and is authenticated by the signal processor 1 and the authentication code preset by the protection unit 3.

The wireless signal transceiver module 4 is disposed on the control circuit module 7 and electrically connected to the signal processor 1, and is used by the wireless signal transceiver module 4 to transmit and receive signals. The wireless signal transceiver module 4 can transmit and receive signals by using an RF (Radio Frequency) wireless communication technology.

The signal processor 1 presets an authentication code, and when the sensing unit 2 detects the authentication code preset by the Tag Tag signal processor, the signal processor can issue a control trigger signal.

The power module 6 is electrically connected to the signal processor 1 , and the power module 6 is used to supply power to the signal processor 1 , and then the power is transmitted to the mobile sensing unit 2 and the protection unit 3 by the signal processor 1 . For example, the power module 6 is electrically connected to the signal processor 1 , and the signal processor 1 is used to detect the power of the power module 6 . When the power module 6 is lower than the preset value set by the signal processor 1 The signal processor 1 can issue an alarm trigger signal.

The signal processor 1 can be externally preset through the wireless signal transceiver module 4 The electronic device (such as Tag-SOS or Tag-Fire) performs signal transceiving and pairing, so that the inductive trigger signal sent by the signal processor 1 can be instantly transmitted to the external preset electronic device through the wireless signal transceiving module 4 (such as : Traffic number control box 10).

The Tag 5 can be attached to the fire truck and the ambulance. A sensor door frame 20 can be arranged in front of the road traffic light 20 to 30 meters. When the RFID detection is started, if the Tag 5 is close, the internal signal will be And the protection unit 3 first performs an authentication process, and then the RFID signal processor and the Tag 5 are electrically connected to complete the confirmation, and then the wireless signal transceiver module 4 is activated to be paired with an external preset electronic device, in the pairing, Then, an authentication procedure is performed with the protection unit 3, and after the authentication is successful, the startup procedure of the device is completed. Therefore, the control circuit module 7 is used to instantly control the traffic light number, and the red light is turned into a green light (the left and right square lights are sequentially turned from green to yellow and then red).

The Tag-SOS or Tag-Fire ambulance or fire truck can be used to control the Tag-SOS or Tag-Fire device to be paired with the wireless signal transceiver module by using the control method of the wireless signal transceiver module device to achieve Tag and The authentication mechanism between modules avoids misjudgment of modules.

The detailed description above is a detailed description of one of the possible embodiments of the present invention, and the embodiment is not intended to limit the present invention, and any equivalent implementation or modification that is not departing from the spirit of the present invention should be included in the present case. In the scope of patents.

Claims (6)

A wireless sensor ambulance and fire-fighting vehicle priority switching device system includes: a signal processor for processing signals, the signal processor is electrically connected to a control circuit module, the control circuit The module is provided with a port, and the port is electrically connected to the signal processor. A sensing unit is disposed in the control circuit module and electrically connected to the signal processor. The sensing unit is configured to sense a a protection unit is disposed in the control circuit module and electrically connected to the signal processor, the protection unit is configured to store at least one authentication code; a wireless signal transceiver module is disposed in the control circuit module And electrically connected to the signal processor, the wireless signal transceiver module is used for transmitting and receiving signals; a tag is provided with at least one signal transmission line, and the tag is used as a signal transmission, the Tag The receiving end is electrically connected to the connecting port, so that the tag is electrically connected to the signal processor; a power module is electrically connected to the signal processor, and the power module is electrically connected To supply power to the signal processor, the signal processor by a power transmitted to the sensing unit, the protection unit. The wireless sensor ambulance and fire-fighting vehicle preferentially switch to the illuminating device system as claimed in claim 1, wherein the wireless signal transceiver module can transmit and receive signals by using RF wireless communication technology. The wireless induction ambulance and fire-fighting vehicle priority switch as described in claim 1 The signal processor presets an authentication code, and when the sensing unit detects the authentication code preset by the tag signal processor, the signal processor can issue a control trigger signal. The wireless sensor ambulance and fire-fighting vehicle priority switching device of claim 3, wherein the control trigger signal sent by the signal processor can be transmitted to the external preset by the wireless signal transceiver module. Traffic control device. The wireless sensor ambulance and the fire-fighting vehicle preferentially switch to the locomotive device system as claimed in claim 1, wherein the tag ID of the sensing unit may be Tag-SOS. The wireless sensor ambulance and the fire-fighting vehicle preferentially switch to the illuminating device system as claimed in claim 1, wherein the tag ID of the sensing unit may be Tag-Fire.