GB2461349A

GB2461349A - New vehicle model with anti-collision device for a vehicle using laser detection with automatic braking

Info

Publication number: GB2461349A
Application number: GB0812331A
Authority: GB
Inventors: Maria Garcia; Juan Carlos Martinez
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-07-04
Filing date: 2008-07-04
Publication date: 2010-01-06
Also published as: GB0812331D0

Abstract

A new vehicle model is provided with an anti-collision device that uses a laser (a) to detect an obstacle in a vehicles path. On detection of an obstacle the system reduces the vehicle velocity or stops the vehicle's motor. The vehicle can also include a, camera (3) on each side to provide better vision for the driver preferably using a screen mounted by the steering wheel. The vehicle may also have a remote control facility to open or close the doors or turn the vehicle on or off through a remote control facility. Claims are also directed to a motorcycle with a visual screen connected to cameras on the handlebar. The motorcycle may also have a remote control facility. Further claims are directed to a new model of an aircraft with cameras to provide an underside view to the pilot. A further claim is directed to an airplane having emergency motors on the aircraft topside which can be activated eitherautomatically or manually should the principal motors fail.

Description

Automotive industry of transports: it consists in three parts: 1. Automotive industry of automobiles 2. Automotive industry of motorcycles or two-wheeled transports 3. Modifications in aviation Part 1: Automotive industry of automobiles: This change in automotive industry will be for transports such as automobiles, trucks and motorcycles or similar two-wheeled vehicles.

Aside from the models of automobile, there is the functioning of video cameras that has in each side; the back vision will be able to see trough the visual screen that has front the driving wheel while it's driving, that allows a best circulation and driving.

There are also some changes in models such the doors and aesthetics of the vehicle. The vehicles will be able to use with a remote control with a photo camera included and then for the use of the vehicle, this remote control will have to be connected to the panel of command and using a password for to turn on the automobile. In the automobile's front there is a laser line that permits a best circulation and safety because the laser will give order to the contact or the gearbox to slow down velocity and so to avoid a crash.

The models of automobiles are optional but the system of best driving trough the line laser and the visual screen trough the video cameras are important.

The way of the automobile door's opening in the window-blind-style (Fig. 15) is optional. The bodywork of these car models, as optional, can be made with asbestos: asbestos can blend with glue and it creates a resistant material and when the automobiles collide to some velocity, it won't break and, for the impact to move back it has to install a blockage front the transmission's axle.

Figure 1 represents the automobile's front where there is the line laser side by side. This laser will be connected to the ignition of the automobile (Fig.1). The ignition button will be at the panel of command with buttons and incorporated light (Fig. 8), it will have two buttons for the laser's turning on and off When the laser turns on, if it's driving to an accelerated velocity and there is an object to a close distance, the laser will detect it and it will order the motor and will stop the vehicle automatically. But, if there is a caravan of vehicles and they have to stop every moment, the laser can be disconnected with the buttons that there are in the panel of command.

There is another action that connects the laser in the transmission of velocity automatically: if the laser detects an obstacle to a close distance, two meters for example, this will give the order to the transmission to slow down velocity, and it has to do the installation with detectors.

Figure 2, there is a new model of automobile with the opening doors in window-blind-style and wheels covered in the tires. The tire is the same material and colour that the bodywork and at the automobile's front and back there is an optional adornment that can be removed or putted to election of oneself. In the lateral toward the part of the top there is a video camera in each side, this cameras will be placed in a discreet way and following the vehicle's line.

Figure 3 there is the same system than the previously one (Fig.2), the only thing than changes is the model and style of the vehicle.

In figure 4, the automobile is very similar to the other ones described (Fig. 2 and 3) but it changes the top part that, in this one, is transparent but not made of glass, it's another material like fibreglass for its resistance and transparency.

In figure 5 the car's model is sport with the aileron at behind.

In figure 6 and 7, the remote control's panel with light incorporated with the buttons for the total functioning of the vehicle (Fig.8). In order to work, there has to have a registered password that will be registered via the remote control connected at the panel of command and thus the password will be registered and both sides and the vehicle can be turned on only with said command and remote control; once the password is registered, it can be used.

The panel of command has the buttons to turn on and of the vehicle, laser, opening hood, opening trunk, window's up and down, alarm, windshield wiper, lights and it has two digital panels for the kilometres, gasoline, rpm, etc. indicators alongside.

Front the driving wheel there is a visual screen that visualizes what happens behind the automobile thanks to the video cameras in each side of the automobile's back an in that way all the rear can be visualized.

Figures 9 and 10 are the automobile's control remotes with photo camera included, there are two different models. They are connected to the connection (q) in the panel of command (Fig. 8), it has to put the password and then the vehicle can be used and turned on. The car can't be used without the remote control neither the password.

* Part 2: Automotive industry of motorcycles or two-wheeled transports: Motorcycles or two-wheeled vehicles, for its better conduction and safety, there are a camera in each side of the handlebar and by the visual screen it visualizes the back of the motorcycle making a better safe conduction.

These vehicles also are used by the remote control connected in the panel of command, registering and then introducing the personal password for the functioning and start of the vehicle.

The same as the automobiles, it has to have a password in the remote control and connecting it into the panel of command and only it can be connected that said remote control in the motorcycles (Fig. 11 and 12).

And with the same cameras, one in each side of the handlebar, to visualize what happens in the back trough the visual screen. In the panel of command (Fig. 14) there are the buttons for the motor's turning on and off; it has two different models (Fig. 13).

In some designs, some things can be changed like the buttons or varying the remote control's models or the panel of command's models, it can be consulted. There are many aspects and models. And the control remote's camera can also have the option of recording image and sound.

Part 3: Modifications in aviation: A new airplane model that has more capability of volume and smaller dimensions (Fig. 16) with a visual camera in the underside (n°30) and the visual screen for the visualization is located at the cabin (Fig. 18). The cabin's window is some bigger and ampler with tinted dark glass.

The model in the figure 17 is about incorporating a camera bellow the airplane and at the airplane's topside there will be the emergency motors that only will be connected when a mishap happens; these motors will be by air like the helicopters blades, if for some reason the principal motors failed, then the emergency motors will be activated automatically or manually. This proposal has to be done with the practice in case there is a change.

The different parts of the drawings divided according the three parts: Part 1: Automotive industry of automobiles (Drawings parts): a. Line laser in the automobile's frontal part b. Closed automobile's remote control c. Opened automobile's remote control d. Automobile's remote control back e. Automobile's remote control visual screen f. Automobile's remote control camera g. Company logotype h. Automobile's remote control connection to panel of command i. Automobile's remote control cover j. Opening hood k. Opening doors I. Closing doors m. Button for remote control's camera n. Numbers for password o. Automobile's remote control with slip cover p. Automobile's remote control panel with incorporated light q. Connection for remote control 1'. Turning on line laser 2'. Turning off line laser 3'. Turning on motors 4'. Turn indicators 5'. Turning on visual screen 6'. Windshield wiper 7'. Short lights 8'. Long lights 9'. Open doors 10'. Close doors 11'. Vehicle's alarm 12'. Window's up and down 13'. Opening hood 14'. Opening trunk 15'. Digital indicators for Km and rpm 16'. Digital indicators for gasoline level 1. Automobile's tire with the same automobile's material and colour 2. Front lights 3. Camera for visual screen 4. Motor's hood that opens in two parts 5. Optional adornment for the back side 6. Turn indicators 7. Door's window 8. Ventilation grates 9. Ventilation grates 10. Ventilation 11.Aileron in the back side 12.Optional adornment in the front side 13. Ventilation grates 14. Door window-blind-style 15.End of door 16.Adornment in the laterals 17.Back lights 1 8.Trunk opened in two parts 1 9.Exhaust pipe 20.Automobile's transparent top 21.Front glass 22.Included DVD 23.Visual screen for vision 24.RPM digital indicators 25.Level digital indicators 26. Subject of window-blind-style Part 2: Automotive industry of motorcycles or two-wheeled transports (Drawing parts): 17'.Visual screen 18' .Kneecap camera 19'.Panel of command 20'.Motorcycle's remote control 21' .Motorcycle' s remote control with slip cover 22'.Motorcycle's remote control photo camera 23'.Motorcycle's remote control connection to panel of command 24'.Motorcycle's remote control numbers for password 25' .Logotype of company 26' .Motorcycle' s remote control visual screen 27'.Motorcycle's remote control cover 28'.Button for motorcycle's remote control camera 29'.Button for motorcycle's motor off 30' .Motorcyle' s panel of command 31' .Panel of command's connection for remote control 32'.Button for turning on motorcycle 33' .Button for turning off motorcycle 34'.Button for motorcycle's lights Part 3: Modifications in aviation (Drawingpartsj: 30. Video camera 31. Emergency motors by air 32. Four motors 33. Pilot's cabin bigger and ampler with tinted dark glass 34. Visual screen 35. Commands 36. All commands and required buttons including video camera's button and visual screen

Claims

Claims: (Page 1 of 2) 1. There is included, in the automobile, a line laser for best circulation and driving that avoids crashes reducing velocity or stopping the vehicle's motor when the laser detects an obstacle.
2. There are different vehicle's designs, all of them with the line laser in claim 1, and an optional adornment in the front and back part of the automobile, it can be take out or in when it wants.
3. Like said in claim 2, the automobile's tires has to be made with the same design and colour than the bodywork.
4. In the vehicle's bodywork, following claim 3, there is a camera in each side for better vision.
5. A visual screen front the driving wheel where visualizes what the cameras said in claim 4 take.
6. Panel of command right next the visual screen in claim 5 where the automobile will be controlled and used.
7. Remote control with buttons and incorporated light that will be able to open, close, turn on and off the automobile through a password and connecting it in the panel of command connection from the claim 6.
8. A visual screen, as the one in claim 6, but in this case front the handlebar's motorcycle.
9. Video cameras in each side of the motorcycle's handlebar; they do the same work than in claim 4.
10.Remote control, like said in claim 7, but this case for motorcycle.
11. Panel of command, with the connection for the remote control from claim 10, where the motorcycle can be used and controlled.
12.Airplane's model with new incorporated accessories.
13.Visual camera in the airplane's downside to visualize in the mode! said in claim 12.

Claims: (Page 2 of 2)
14.Visual screen into the pilot's cabin where will be visualized what the video camera, said in claim 13, takes.
15.Emergency motors in the airplane's topside in the model from the claim 12 or any other model. They will be activated automatically or manually when the airplane's principal motors fail.