Technical Field:

This invention relates to a baby stroller with a driving support mechanism that can be used to carry a child up to a certain age and items with or independently.

State of the Art:

Today, almost every family with children has at least 1 baby stroller. In activities such as walking, sightseeing, children up to a certain age sleep early or get tired, the activity can be continued with a baby stroller. In addition, the baby stroller can be used to carry the belongings of both the child and his family that must be carried constantly. Carrying both the child and the belonging in strollers is a tiring situation for parents. A lot of energy is expended due to movements such as pushing and pulling.

"Baby stroller" is described in the patent application numbered CN107738688 A. The invention discloses a baby stroller. The baby stroller comprises a baby stroller body, the outer side of the baby stroller body is provided with an outer protection frame, the outer side edge of the baby stroller body is wrapped with the outer protection frame internally provided with a baby placing seat, an inner protection frame is fixedly connected to the outer side of the baby placing seat, the inner protection frame and the outer protection frame are connected through four sets of anti -vibration devices, each anti -vibration device comprises a first buffer groove, a first buffer plate, a first spring, a second buffer plate, a second spring, a second buffer groove and a support canister, and the first buffer grooves are formed in the side, near the outer protection frame, of the inner protection frame. In the baby stroller, by arranging the four sets of anti-vibration devices between the outer protection frame and the baby placing seat of the baby stroller body, the comfortable feeling of the baby stroller can be improved, and thus even when baby stroller is pushed and pulled to a bumpy ground, the comfortable feeling of a baby in the stroller will not be greatly influenced.

"A stroller" is described in the patent application numbered GB2566816A. The present disclosure relates to a stroller comprising a folding frame, in particular to a stroller providing improved safety. According to certain aspects of the disclosure there is provided a stroller 1 moveable between a fully deployed state and a fully collapsed state, the stroller comprising: a seat comprising a seat back pivotably connected to a seat base ; wherein said seat is releasably mountable to a frame in either forward or rearward facing orientations; a handle pivotably connected to the frame and moveable between a deployed and folded state proximal one or more rear legs of the frame; and at least one or more handle adjustment mechanisms arranged to permit the handle to move between the two states only when the seat is in a predetermined state, such as when the seat is in its folded or stowed states. An adjustable harness mount, a releasable seat back rear panel, and an adjustment mechanism for a canopy are also disclosed.

Various baby strollers with different designs, which can carry both children and goods, are described above. Baby strollers are similar to each other in terms of their structure and working principles. It is pushed, pulled and directed by the parent. This situation becomes very difficult for the parents in long-term use. Using it completely manually and with human power puts people in a difficult situation.

Consequently, there is a need for new technology that can overcome the disadvantages mentioned above.

Description of the Invention:

This invention is a baby stroller with a driving support mechanism that can overcome the disadvantages mentioned above, and its feature is; It has 4 motors, the motors work in harmony, it contains a touch grip, the design of the gas and brake keys, it contains a processor, it saves manpower, it contains a battery. The invention has 2 fixed and 2 moving wheels and a separate DC motor is attached to each wheel. In this way, there is no problem in terms of torque and power. Thanks to the acceleration sensors mounted on each wheel, the speed of the wheels is continuously controlled, and they move in harmony with each other. This ensures a comfortable ride. The touchpad includes a kind of safety lock. It does not start engines or other electronics unless ignition occurs. Thanks to the pressure sensor in the gas button, the speed can be adjusted with the applied pressure. When the brake button is pressed, the DC motors gradually slow down and lock the wheels. Pressing it again releases it. Thanks to the processor in the load carrying chamber, it is ensured that the motors, sensors, and other evenings work in harmony with each other and without any problems. Since it is a motorized system, the use of manpower is minimized.

It is easy to install thanks to the easy fixing of the parts that make up the invention, and the costs are low due to the short assembly time. Moreover, the invention has a solid construction.

Description of the Figures:

The invention will be described with reference to the accompanying figures, so that the features of the invention will be more clearly understood and appreciated, but the purpose of this is not to limit the invention to these certain regulations. On the contrary, it is intended to cover all alternatives, changes and equivalences that can be included in the area of the invention defined by the accompanying claims. The details shown should be understood that they are shown only for the purpose of describing the preferred embodiments of the present invention and are presented in order to provide the most convenient and easily understandable description of both the shaping of methods and the rules and conceptual features of the invention. In these drawings.

Figure 1 Perspective view of the system.

Figure 2 Perspective view of the system.

Figure 3 Detailed perspective view of the system.

Figure 4 Bottom view of the system. Figure 5 Back view of the system.

The figures to help understand the present invention are numbered as indicated in the attached image and are given below along with their names.

Description of References:

10. Chassis

11. Baby Seat

12. Carrying Chamber

13. Handlebar

14. Fixed Wheel

15. Moving Wheel

16. DC Motor

17. Touch Grip

18. Gas Button

19. Brake Button

20. Processor

21. Battery

22. Acceleration Sensor

Description of The Invention:

The invention consists of a chassis (10) containing the components, a baby seat (11) mounted on the chassis (10), a load carrying chamber (12) mounted on the chassis (10) under the baby seat (11), and the chassis (10). a handlebar (13) that is mounted and goes up and enables the use of the stroller, 2 fixed wheels (14) located on the back of the stroller under the chassis (10), 2 moving wheels (15) in the front of the stroller under the chassis (10), 2 fixed wheels (14) and 4 DC motors (16) positioned inside the 2 moving wheels (15), 2 touch grips (17) on the handlebar (13) that can detect whether the user is holding it or not, the gas button (18), which is positioned on the handlebar (13) and activates when the touch grip (17) is engaged and moves the baby stroller when pressed, gradually stops the DC motors (16) and the fixed wheels (14) and the moving wheels (15) when pressed and the brake button (19) that locks the battery, releases it when pressed again and is positioned on the handlebar (13), a processor (20) that is positioned inside the load carrying chamber (12) and controls both the sensors and the operation of the motors, the load carrying chamber (12) the battery (21) positioned in it, and the fixed wheels (14) and the moving wheels (15) have 4 acceleration sensors (22) positioned on the chassis (10) for each of them, which enable them to rotate at the same speed with each other.

The invention has a gas button (18) that enables the baby stroller to accelerate or decelerate by detecting the finger pressing intensity thanks to the pressure sensor inside.

Detailed Description of The Invention:

The parts constituting the invention are basically; chassis (10), baby seat (11), load carrying chamber (12), handlebar (13), fixed wheel (14), moving wheel (15), DC motor (16), touch grip (17), gas button ( 18), brake button (19), processor (20), battery (21) and acceleration sensor (22).

There is a chassis (10) that houses the components on it. A baby seat (11) is mounted on the chassis (10). The load carrying chamber (12) is positioned on the chassis (10) so that it is under the baby seat (11). The handlebar (13) is positioned to extend upwards on the chassis (10). There are two fixed wheels (14) at the bottom of the chassis (10). Fixed wheels (14) are positioned at the rear of the chassis (10). Two moving wheels (15) are positioned at the front under the chassis (10). Four DC motors (16) are mounted on two fixed wheels (14) and one on two moving wheels (15). 2 touch grips (17) are positioned on the handlebar (13). The touch grip (17) senses the user's grip and activates the system. One gas button (18) is positioned on the handlebar (13). The gas button (18) is activated when the touch grip (17) is held, and thanks to the pressure sensor inside, it adjusts the speed of the vehicle according to the intensity of the pressure exerted by the person's finger. A brake button (19) is positioned on the handlebar (13). When the brake button (19) is pressed, the DC motors (16) slow down gradually and lock the fixed wheels (14) and the moving wheels (15). When the brake button (19) is pressed again, the DC motors (16) release the wheels. A processor (20) is positioned inside the load carrying chamber (12) so that components such as the motor, sensor and button on the stroller can work in harmony with each other and without problems. Inside the load carrying chamber (12), there is a battery (21) that provides energy to the system. In order for the fixed wheels (14) and the moving wheels (15) to move at the same speed and operate smoothly, a total of 4 acceleration sensors (22) are positioned on each of them. Thanks to the structure of the chassis (10) and the DC motors (16), a load of up to 200 kg can be carried.