TWM541326U - Miniaturized car racing game of first person perspective - Google Patents

Description

First person perspective mini racing game

This creation is about a first-person perspective mini-sports game, in detail a racing game that integrates a remote-controlled racing car with a first-person image feedback device, allowing the player to experience the racing game with a more realistic look.

According to the modern entertainment and leisure activities tend to be diversified, in addition to static activities such as reading, surfing, listening to music, as well as dynamic activities such as playing, traveling, surfing, etc., and more technical entertainment activities, such as remote control cars are such a biased technology. Representatives of entertainment activities, the remote control car is smaller than the physical car, the car can do the same movements as the actual car before and after, acceleration, turning, etc. Therefore, the user can control the speed of pleasure and play by controlling the remote control car. It is deeply loved by many people.

The general remote control vehicle structure mainly comprises a vehicle body, and a transmission unit composed of a gear and a motor is arranged in the vehicle body to drive the front and rear wheel movements, and then a remote control receiving unit is arranged in the vehicle body to be connected with the transmission unit. The remote connection unit is provided outside the vehicle body for the user to hold the hand, and the joystick and the button are arranged on the remote control transmitting unit, whereby the user can use the remote control launching unit to set the shaking The lever and the button control the forward, backward, turn, acceleration and braking of the remote control car, so that the remote control car performs various actions according to the signal sent by the user.

However, the traditional remote control car is limited by the way it operates, and the user must stand on the track. Controlled by a third-person perspective, it is impossible to provide fun as if driving in person, and the traditional remote-controlled car racing can't use the steering wheel control because the steering wheel will block the line of sight, resulting in poor control and other shortcomings, along with the advancement of digital technology, still Remote-controlled cars that maintain traditional operating modes have gradually lost consumer interest.

In view of this, the creator has been engaged in the development of related industries for many years, and has in-depth discussions on the problems faced by existing remote-controlled vehicles, and actively seeks solutions. After long-term research and development, he has succeeded in creating a kind of success. First-person perspective mini-racing game, a game that uses the first-person remote-controlled car system to compete for players in a specific venue, especially a racing game that integrates a remote-controlled racing car and a first-person image feedback device to make the player Experience racing games with a more realistic look.

This creation is about a first-person perspective mini-sports game, in detail a game that uses the first-person remote-controlled car system to compete for players in a specific venue, especially integrated remote-controlled racing and first-person image feedback. The racing game of the device allows the player to experience the racing game with a more realistic look.

In order to achieve the aforementioned creative purpose, the "first-person view mini-car game" includes a remote control car unit, a control unit and a wireless transmission module. The remote control car unit includes a racing car body, and the racing car system has a As a power system for driving the vehicle body, a steering system for controlling the direction of the vehicle body and a forward/reverse circuit for switching the vehicle body, the remote control vehicle unit includes a dynamic photography system disposed above the racing body; The control unit includes an image display device, a throttle and brake controller, a steering wheel controller and a gear shift controller, and the wireless transmission module includes a dynamic a first wireless signal transmitter electrically coupled to the camera system, a first wireless signal receiver electrically coupled to the image display device, and a second electrical connection to the throttle and brake controller, the steering wheel controller and the gear shift controller a wireless signal transmitter, a second wireless signal receiver electrically coupled to the power system, the steering system, and the forward and reverse circuit, the first wireless signal transmitter interfacing with the first wireless signal receiver, the second The wireless signal transmitter communicates with the second wireless signal receiver; thus, the application of the data communication between the first wireless signal transmitter and the first wireless signal receiver allows the player to immediately access the dynamic imaging system and the image display device. Mastering the image information in front of the car body, and through the application of the second wireless signal transmitter and the second wireless signal receiver to exchange data data, the player can instantly control the opening and closing of the power system through the throttle and brake controller, and through the steering wheel The controller instantly controls the driving direction of the steering system and switches the forward and reverse electricity through the gear shift controller To control the car body is forward or backward.

The dynamic imaging system is configured to surround the camera with a 360-degree panoramic view, and the image display device is a VR display device or an AR display device or an MR display device.

As can be seen from the above creations, the new "first-person perspective mini-racing game" can not only control the car body through the wireless transmission device, but also achieve the remote remote control racing fun of the formula, and the player can be made through the dynamic photography system and the image display device. Mastering the first-person perspective, through the close-range and instant visual feedback characteristics, the gamer has the virtual reality driving pleasure; therefore, the new model can be said to be a practical and progressive creation, which is worthy of promotion by the industry. And publicized to the public.

1‧‧‧Remote control unit

11‧‧‧ Racing body

111‧‧‧Power System

112‧‧‧Steering system

113‧‧‧ Forward and reverse circuit

12‧‧‧Dynamic photography system

2‧‧‧Control unit

21‧‧‧Image display device

22‧‧‧ throttle and brake controller

23‧‧‧Steering wheel controller

24‧‧ ‧ gear controller

3‧‧‧Wireless transmission module

31‧‧‧First wireless signal transmitter

32‧‧‧First wireless signal receiver

33‧‧‧Second wireless signal transmitter

34‧‧‧Second wireless signal receiver

The first picture is a block diagram of the structure of the first-person view mini-car game of this creation.

This creation is about a first-person perspective mini-racing game, the FPV mini-car (First Person View first-person view), a game that uses a first-person remote-controlled car system to race a player in a particular venue. In particular, the racing game integrating the remote control car and the first-person image feedback device enables the player to experience the racing game with a more realistic presence. Please refer to the first picture, the first-person view mini-car game. The system includes a remote control car unit 1, a control unit 2, and a wireless transmission module 3. The remote control vehicle unit 1 includes a racing body 11 having a power system 111 as a driving body. The power system 111 generally uses an electric motor or a micro internal combustion engine, a steering system 112 for controlling the body direction, and a forward/reverse circuit 113 for switching the vehicle body. The remote control vehicle unit 1 includes a vehicle body 11 The upper dynamic imaging system 12; the control unit 2 includes an image display device 21, a throttle and brake controller 22, a steering wheel controller 23, and The first wireless signal transmitter 31 is electrically coupled to the dynamic imaging system 12, and the first wireless signal receiver 32 is electrically coupled to the image display device 21, a second wireless signal transmitter 33 electrically coupled to the throttle and brake controller 22, the steering wheel controller 23, and the gear shift controller 24, and a second electrical connection with the power system 111, the steering system 112, and the forward/reverse circuit 113 The wireless signal receiver 34, the first wireless signal transmitter 31 communicates with the first wireless signal receiver 32, and the second wireless signal transmitter 33 communicates with the second wireless signal receiver 34. According to the application of the first wireless signal transmitter 31 and the first wireless signal receiver 32 to exchange data data, the player has to immediately grasp the image information in front of the racing body 11 through the dynamic imaging system 12 and the image display device 21, and Through the application of the second wireless signal transmitter 33 and the second wireless signal receiver 34 to exchange data data, the player can instantly control the opening and closing of the power system 111 through the throttle and brake controller 22, and can be instantly controlled by the steering wheel controller 23. The driving direction of the steering system 112 and the forward/reverse circuit 113 are switched by the gear shifting controller 24 to control the racing body 11 to move forward or backward.

Further, the dynamic imaging system 12 is configured to surround the camera with a 360-degree panoramic view, and the image display device 21 is a VR display device (virtual reality) or an AR display device (amplified reality). Or an MR display device (mixed reality), when playing a device with a VR display, the player has to perform a game experience like a real thing through the head-mounted display device, and when playing the game with the AR or MR, the player has to add a virtual The competitors compete on the same physical track to synchronize with one to most virtual opponents on the display screen to enhance the game fun.

As can be seen from the above creations, the new "first-person perspective mini-racing game" can not only control the car body through the wireless transmission device, but also achieve the remote remote control racing fun of the formula, and the player can be made through the dynamic photography system and the image display device. Mastering the first-person perspective, through the close-range and instant visual feedback characteristics, the gamer has the pleasure of driving in virtual reality; the above is only a preferred embodiment for explaining the novel creation, and is not intended to be Any form of restriction on this creation is that any modification or change made to the creation of this new type in the same creative spirit is still in the same way as other embodiments that can be implemented and have the same effect. It should be included in the scope of this new creative intent.

In summary, the "first-person perspective mini-racing game" created by this new type is indeed practical in terms of structural design and practical use, and the disclosed structural creation is also an unprecedented innovative structure, so it The "newness" should be undoubtedly considered, and this new creation can be more effective than the conventional structure. Therefore, it is also "progressive". It fully complies with the provisions of the new patent application of the Chinese Patent Law. The bureau has filed a patent application and urged the bureau to grant the patent right in the case as soon as possible.

1‧‧‧Remote control unit

11‧‧‧ Racing body

111‧‧‧Power System

112‧‧‧Steering system

113‧‧‧ Forward and reverse circuit

12‧‧‧Dynamic photography system

2‧‧‧Control unit

21‧‧‧Image display device

22‧‧‧ throttle and brake controller

23‧‧‧Steering wheel controller

24‧‧ ‧ gear controller

3‧‧‧Wireless transmission module

31‧‧‧First wireless signal transmitter

32‧‧‧First wireless signal receiver

33‧‧‧Second wireless signal transmitter

34‧‧‧Second wireless signal receiver

Claims (2)

A first person perspective mini-racing game includes a remote control car unit, a control unit and a wireless transmission module, wherein the remote control car unit includes a racing car body, and the racing car system has a driving body The power system, a steering system for controlling the direction of the vehicle body, and a switching body that is a forward or reverse forward and reverse circuit, the remote control vehicle unit includes a dynamic imaging system disposed above the racing body; the control unit includes an image a display device, a throttle and brake controller, a steering wheel controller and a gear shift controller, the wireless transmission module includes a first wireless signal transmitter electrically connected to the dynamic imaging system, and an image display device electrical The first wireless signal receiver connected to the first wireless signal transmitter electrically connected to the throttle and brake controller, the steering wheel controller and the gear shift controller, and the power system, the steering system and the forward and reverse circuit are electrically connected a second wireless signal receiver, wherein the first wireless signal transmitter communicates with the first wireless signal receiver The second wireless signal transmitter system and the second wireless signal receivers exchange information and data. The first person perspective mini-racing game as claimed in claim 1, wherein the dynamic photography system is configured to surround the camera with a 360-degree panoramic view, the image display device being a VR display device or an AR display device or MR display device.