TWM608211U - Automatic switching device for turn signal lamp thereof - Google Patents

Abstract

A device with automatic switching turn signal lamp, wherein includes a carrier body, a sensing element, a signal processor, a driving circuit, a left turn signal lamp and a right turn signal lamp. Said sensing element is installed in said carrier body, and said sensing element is electrically connected to said signal processor, and said signal processor is electrically connected to said driving circuit and said left and right turn signal lamp indicators electrically connected, whereby said sensor element is used to detect the steering value of the vehicle, and then the signal processor calculates the steering angle of the vehicle based on the steering value, and compares it with the set point. When the set point is exceeded, then it sends a start signal to turn on said left or right turn signal lamp. When it is less than the set point, Turn off the left and right turn signal lamp.

Description

Automatic switching device for direction light

A device with automatic switching direction light, which mainly includes a carrier main body, a sensing element, a signal processor, a driving circuit, a left direction light and a right direction light. The main body of the carrier is equipped with a sensing element, which electrically connects the sensing element with the signal processor, and then electrically connects the drive circuit of the signal processor with the left and right direction lights, thereby , Using the sensing element to detect the steering value of the vehicle, and then the signal processor calculates the steering angle of the vehicle according to the steering value, and compares it with the preset value. When the preset value is exceeded, the left or right The right direction lamp sends out a start signal, and when it is less than the preset value, the left and right direction lamp lights are turned off, and the left or right direction lamp is automatically driven to turn on or off. Therefore, this creation is to solve the switch of the direction lamp The problem of inconvenience, so as to enable vehicle drivers to focus more on the road conditions, to achieve the benefits of improving driving safety.

With the advancement of science and technology, the establishment of public transportation such as high-speed rail, train, and MRT has gradually improved, and more and more people have switched to public transportation as a means of transportation. However, public transportation has time and location restrictions, and its convenience and freedom are low. Therefore, most people are still accustomed to driving cars and locomotives to travel to and from the desired destination anytime, anywhere.

However, automobiles and locomotives emit a lot of exhaust gas when driving, causing air pollution, as well as consuming energy such as oil and electricity. Driven by environmental awareness and sports and health concepts, bicycles have become one of the main means of transportation for people.

Therefore, cars, locomotives, bicycles and other vehicles are mixed on the road. In order to maintain the safety of all vehicles on the road, in addition to traffic signs, road markings and traffic laws and regulations, the vehicles themselves also have brake lights and directions. Warning lights such as lights to remind the drivers of other vehicles that the vehicle wants to stop or turn, and the brake lights of existing vehicles will automatically turn on the brake lights when the driver steps on or pulls the brake lever. The lights must be controlled by the driver. The driver must turn on the direction lights before the vehicle turns to achieve the pre-warning effect of the surrounding vehicles, and turn off the direction lights immediately after the vehicle turns to avoid misleading the oncoming car or other drivers. Endangering the safety of traffic, but the traffic conditions are changing rapidly. On the one hand, the driver must pay full attention to the traffic conditions. On the other hand, he must turn on the direction lights before the vehicle turns, and turn off the direction lights after the vehicle turns, causing the driver to drive. It is often seen that the driver forgets to turn on the turn signal before turning the vehicle, or forgets to turn off the turn signal after the vehicle is turned. For bicycles without turn signal settings, there is no warning signal when turning. It shows that it increases the risk of driving.

In view of the inconvenience that the direction lights of existing automobiles, motorcycles and other vehicles must rely on the driver's hand control when turning, and cannot display the lights in the direction they want to turn on their own, it is based on their years of manufacturing in related fields. With the aid of design experience and knowledge, and after many ingenuity, the original design of the automatic steering indicator light was developed.

This creation is about a direction light device that can automatically provide auxiliary steering. It mainly provides a driving assistance device that can automatically drive the direction light to turn on or off so that the driver can focus more on the road conditions and improve driving safety.

A device with automatic switching of direction lights includes a carrier main body, a sensing element, a signal processor, a driving circuit, a left direction light and a right direction light. The main body of the carrier is equipped with a sensing element, which electrically connects the sensing element with the signal processor, and then electrically connects the drive circuit of the signal processor with the left or right direction indicator.

The sensor element is used to detect the steering value of the vehicle, and then the signal processor calculates the steering angle of the vehicle according to the steering value. The steering angle can be a three-dimensional space and be compared with the preset value. When the preset value is exceeded, then Send a start signal to the left or right direction indicator.

The sensor element is used to detect the steering value of the vehicle, and the signal processor calculates the steering angle of the vehicle according to the steering value, and compares it with the preset value. When it is less than the preset value, turn off the left or right direction indicator. Light.

The signal processor can be composed of integrated circuits.

A device with automatic switching of direction lights includes a carrier main body, a gyroscope, a signal processor, a driving circuit, a left direction light and a right direction light. The main body of the carrier is equipped with a sensing element, which electrically connects the sensing element with the signal processor, and then electrically connects the drive circuit of the signal processor with the left or right direction indicator.

The gyroscope is used to detect the steering vector value and angular rate value of the vehicle, and the signal processor calculates the steering angle of the vehicle according to the steering vector value and angular rate value, and compares it with the preset value. When the preset value is exceeded, Then, the left or right direction light will be activated, and when the value is less than the preset value, the left or right direction light will be turned off.

The signal processor can be composed of an integrated circuit.

A device with automatic switching of direction lights includes a carrier main body, a mercury switch, a signal processor, a driving circuit, a left direction light and a right direction light. The main body of the carrier is equipped with a sensing element, which electrically connects the sensing element with the signal processor, and then electrically connects the drive circuit of the signal processor with the left or right direction indicator.

When the main body of the vehicle turns, the mercury switch will turn to one side and generate a signal to notify the signal processor. The signal processor then informs the drive circuit to send an activation signal to the left or right direction indicator; when the main body of the vehicle returns to the right after turning, the mercury switch The level will be restored and a signal will be generated to notify the signal processor, and the signal processor will then notify the drive circuit to turn off the left or right direction lights.

The signal processor can be composed of integrated circuits.

In order to achieve the above-mentioned implementation goals, the author developed the following direction light device that can automatically provide auxiliary steering. This creation is related to a device with automatic switching of the direction light, which mainly includes the vehicle body, the sensing element, and the signal Processor, drive circuit, left turn signal and right turn signal. The main body of the carrier is equipped with a sensing element, which electrically connects the sensing element with the signal processor, and then electrically connects the drive circuit of the signal processor with the left and right direction lights, thereby , Using the sensing element to detect the steering value of the vehicle, and then the signal processor calculates the steering angle of the vehicle according to the steering value, and compares it with the preset value. When the preset value is exceeded, the left or right The right direction lamp sends out a start signal, and when it is less than the preset value, the left and right direction lamp lights are turned off, and the left or right direction lamp is automatically driven to turn on or off. Therefore, this creation is to solve the switch of the direction lamp The problem of inconvenience, so as to enable vehicle drivers to focus more on the road conditions, to achieve the benefits of improving driving safety.

(1): The main body of the vehicle

(2): Sensing element

(21): Gyroscope

(22): Mercury switch

(3): Signal processor

(4): Drive circuit

(5): Left direction light

(6): Right direction light

The first picture: the schematic diagram of the installation process of the automatic switching direction light of this creation

Figure 2: Schematic diagram of the installation process of the gyroscope switching direction light of this creation

The third figure: The schematic diagram of the installation process of the mercury switch to switch the direction light of this creation

Regarding the aforementioned and other technical contents, characteristics and effects of this new model, the following detailed descriptions will be made with reference to the drawings to present its specific functions. Similar components related to this technology are represented by the same numbers. Please refer to the relevant descriptions. The following description content.

First of all, please refer to the first figure. This creation is a schematic diagram of the implementation of the device with automatic switching of direction lights, which mainly consists of the main body of the vehicle (1), the sensing element (2), the signal processor (3), and the driving circuit. (4). The left turn signal (5) and the right turn signal (6) are composed; the sensing element (2) can be assembled on movable bodies such as automobiles, motorcycles, and bicycles to detect The steering value of the car body and output the corresponding steering signal to the signal processor (3). The signal processor (3) can be assembled on the car body and electrically connected with the sensing element (2) to capture the sensing The steering signal of the component (2), and calculate whether the steering value of the car body has reached the preset value according to the steering signal. If it reaches the preset value, it will output the start signal to the left direction lamp ( 5) Or right turn signal (6), when the steering angle of the vehicle body returns to lower than the preset value, the drive circuit (4) outputs a turn-off signal to the left turn signal (5) or the right turn signal (6). The signal processor (3) can be composed of integrated circuits.

As shown in the second figure, this is a schematic diagram of the implementation of the device with automatic switching of direction lights, which is a preferred embodiment of creation. The device of this creation with automatic switching of direction lights is mainly composed of the vehicle body (1 ), gyroscope (21), signal processor (3), drive circuit (4), left turn signal (5) and right turn signal (6); among them, the gyroscope (21) can be set in the load With a main body (1), such as a movable car body such as a car, a motorcycle, a bicycle, etc., to detect the steering vector value of the car body and the angle rate value of the car body steering, and output the corresponding steering signal; signal processor (3) , Can be assembled on the vehicle body (1) and electrically connected with the gyroscope (21) to capture the steering signal of the gyroscope (21), and the steering vector value and angular rate value provided by the steering signal, Calculate whether the steering angle of the car body has reached the preset value. If it reaches the preset value, it will be output by the drive circuit (4) according to the steering angle of the car body. A start signal is sent to the left turn signal (5) or the right turn signal (6). When the steering angle of the car body returns to below the preset value, the drive circuit (4) outputs a turn-off signal to the left turn signal (5) or right Turn signal (6); the left turn signal (5) is located on the left side of the car body and is electrically connected to the drive circuit (4) of the signal processor (3) to receive the signal processor (3) Start signal and close signal sent out; the right turn signal (6) is located on the right side of the car body and is electrically connected to the drive circuit (4) that is electrically connected to the signal processor (3), To receive the start signal and stop signal from the signal processor (3).

As shown in the third figure, this is a schematic diagram of the implementation of the device with automatic switching of direction lights, which is a preferred embodiment of creation. The device of this creation with automatic switching of direction lights, when the vehicle body (1) turns When the mercury switch (2) is turned to one side, a signal is generated to inform the signal processor (3), and the signal processor (3) then informs the drive circuit (4) to send out the left (5) or right turn signal (6) Start signal; when the vehicle body (1) returns to normal after turning, the mercury switch (2) will return to the level and generate a signal to notify the signal processor (3), and the signal processor (3) then informs the drive circuit (4) to turn to the left ( 5) Or the right turn signal (6) will give off signal.

To give another example, the present invention has an automatic turn signal switching device. The vehicle body (1) turns and returns to the signal after being received by the drive circuit (4) to turn on and off the corresponding turn signal, which can also cover vehicles Switch the range of one or more lanes.

Therefore, what has been described above is only a preferred embodiment of this creation, and should not be used to limit the scope of implementation of the present model, the simple equivalent changes and modifications made to the scope of the patent application for the present model and the content of the new description are all It still falls within the scope of this new patent.

(1): The main body of the vehicle

(2): Sensing element

(3): Signal processor

(4): Drive circuit

(5): Left direction light

(6): Right direction light

Claims (10)

A direction lamp automatic switching device includes a carrier main body which includes: a sensing element, a signal processor, a driving circuit, a left direction lamp and a right direction lamp. The main body of the carrier The sensing element is installed in the body, and the sensing element is electrically connected with the signal processor, and the signal processor is electrically connected to the driving circuit and the left or right direction lamp. For example, the automatic direction lamp switching device described in the first item of the scope of patent application uses the sensing element to detect the steering value of the vehicle, and then the signal processor calculates the steering angle of the vehicle according to the steering value, and compares it with the preset value Yes, when the preset value is exceeded, a start signal will be sent to the left or right direction indicator. For example, the automatic direction lamp switching device described in the first item of the scope of patent application uses the sensing element to detect the steering value of the vehicle, and then the signal processor calculates the steering angle of the vehicle according to the steering value, and compares it with the preset value Yes, when it is less than the preset value, turn off the left or right direction indicator light. For example, in the automatic direction lamp switching device described in item 1 of the scope of patent application, the signal processor can be constituted by an integrated circuit. A direction lamp automatic switching device includes a carrier body, the carrier body includes: a gyroscope, a signal processor, a driving circuit, a left direction lamp and a right direction lamp, and the main body of the carrier includes a gyroscope, a signal processor, a driving circuit, a left direction lamp, and a right direction lamp. When the gyroscope is installed, the gyroscope is electrically connected to the signal processor, and then the signal processor is electrically connected to the driving circuit and the left or right direction lamp. For example, the automatic direction lamp switching device described in item 5 of the scope of patent application uses the gyroscope to detect the steering vector value and angular rate value of the vehicle, and then the signal processor calculates the steering angle of the vehicle according to the steering vector value and the angular rate value , And compared with the preset value. When the preset value is exceeded, the left or right direction lamp will be activated, and when the value is less than the preset value, the left or right direction lamp will be turned off. . For example, the direction lamp automatic switching device described in item 5 of the scope of patent application, wherein the signal processor can be constituted by an integrated circuit. A direction lamp automatic switching device includes a carrier body, the carrier body including: a mercury switch, a signal processor, a driving circuit, a left direction lamp and a right direction lamp, in the carrier body When the mercury switch is installed, the mercury switch is electrically connected to the signal processor, and then the signal processor is electrically connected to the drive circuit and the left or right direction lamp. For example, the automatic direction lamp switching device described in item 8 of the scope of patent application, when the vehicle body turns, the mercury switch will turn to one side and generate a signal to notify the signal processor, and the signal processor then informs the drive circuit to The left or right direction light sends out an activation signal; when the vehicle body returns to the normal position after turning, the mercury switch will return to the level and generate a signal to notify the signal processor, and the signal processor then informs the driving circuit of the left or the right The turn signal is turned off. For example, the direction lamp automatic switching device described in item 8 of the scope of patent application, wherein the signal processor can be constituted by an integrated circuit.

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