Technical Field:

The present invention relates to a jet powered chair that can be used for recreation or transportation, especially by people with disabilities.

State of the Art:

Nowadays, there are many people who have difficulty using their feet due to various diseases or cannot use them at all. For people with this type of ailment, vehicles such as wheelchairs are produced. Such vehicles move manually or by engine power. Working in two kinds of chairs is slow. It is not convenient to use it for transportation. Also bicycles, etc. vehicles can also be used for transportation. But it is not suitable for people with disorders due to its structure.

Patent application W02006026810A1 describes " A Wheelchair Body and Wheelchair Incorporating the Same ". A molded structural wheelchair body is provided that defines a back portion, seat portion and rear axle mounts, configured whereby the molded structural body can be stacked by a nestable inter-engagement with a like body. This facilitates efficient packaging and storage of the wheelchair bodies. Wheelchairs incorporating these wheelchair body designs are further configured to provide additional advantages such as having excellent rear clearance to enable reverse positioning over a toilet to use a commode facility. The preferred embodiments also include other innovative features such as pivotable arm rests, sideways pivotable and height adjustable footrests, retractable calf support plates and the like. Preferred forms manufactured entirely from plastic components enable use of these wheelchair designs in wet and/or corrosive environments and the preferred manufacturing processes facilitate high-volume, high- quality production. The patent application No. US2021251828A1 describes a” Bariatric Wheelchair". There is described a bariatric wheelchair, in particular a manual wheelchair, that includes a wheelchair chassis, a seating area provided on the wheelchair chassis, a backrest supported onto the wheelchair chassis, as well as front wheels and rear wheels provided on the wheelchair chassis to allow wheeling of the wheelchair. The backrest exhibits a lower backrest portion supported onto the wheelchair chassis, next to the seating area, the seating area and lower backrest portion having a first width that is selected to accommodate a wheelchair user's nominal hips width ranging between 500 millimeters and 800 millimeters. The backrest further exhibits an upper backrest portion, in the vicinity of the wheelchair user's shoulders, having a second width that is smaller than the first width, which second width is selected to liberate space for movement of the wheelchair user's arms and shoulders and so as not to exceed a wheelchair user's nominal shoulder articulation width ranging between 400 millimeters and 600 millimeters.

The patent application No. FR2818233 Al describes a” Suspended Folding Multipurpose Bicycle “. The invention concerns a high-performance, easy-to-manoeuvre, suspended folding bicycle, free of rear seat stays, consisting of two main parallel parts, one fixed and the other mobile, mutually linked by a pin and by a shock-absorber having two functions: observing triangulation and providing additional comfort to the user. It’s simple and fast folding system in height does not modify the structure of the essential part of the bike (wheel-steering-transmission). Said bicycle is characterized by its two wheels of different diameters, its compactness being less than a meter long, whether folded or unfolded. Finally, the invention in characterized by the easy and fast transformation of said bicycle into an exercise bike, by being fixed on an adapted home-based training device. Said bicycle is unisex, for all sizes and for outdoor as well as indoor use.

The patent application WO2016068727A1 describes a” 2x2 Hybrid Motorised Bicycle ". The invention relates to one-, two-, three-, four- or multi-wheel bikes, comprising a 2X2 hybrid motorised bicycle including a motor or engine for rotating each wheel interdependently. Same- or different-type motors/engines can be used, i.e.: a) a combustion heat engine, or b) an electric motor, said bike optionally comprising a dynamo for recharging the battery. The electric motor uses a known sound-emitting device in order to alert people to the presence of the vehicle and prevent accidents, including traffic accidents, when silent motors, such as electric motors, are being used. The bicycle can also use one or more solar cell panels.

The inventions of bicycles and wheelchairs powered by human power, or a motor are described above. Wheelchairs are used by people with a disability or illness who have difficulty standing. These wheelchairs can be moved manually or with the help of a motor. Wheelchairs that are moved manually by human power cause serious fatigue in people who use them. It is almost impossible to go uphill or overcome small obstacles. Wheelchairs that are moved with the help of a motor are heavy due to the motor and its auxiliary parts. It moves very slowly due to the fact that very powerful motors are not used.

Bicycles, which can be used as a means of transportation, generally move manually, with human power. It is not suitable for the use of disabled or sick people due to reasons such as the movement of the pedals by turning the pedals, providing balance for those with 2 wheels, and the structure of the saddle. Likewise, bicycles that move with the help of a motor are not suitable for use by disabled or sick people due to reasons such as balancing and the structure of the saddle.

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

Description of the Invention:

This invention is a jet engine chair that can overcome the disadvantages mentioned above, and its feature is; The use of electric jet engines, no need for manpower, extra comfort for the disabled, 360 degree rotating vibration absorbing wheels, light and balanced structure, ease of use, practical production method and solid construction.

Due to its electric jet engines, it travels faster than normal, making it suitable for transportation. As the seat of the user is a chair, it has a comfortable mechanism even for people with disabilities. It does not require manpower. It can carry people with high weights. It has a balanced structure due to the positions of electric jet engines and batteries. It can be moved very simply with a standard remote. Vibration absorbing wheels that can rotate 360 degrees are used in order to reduce the impact of unevenness on the road to the users and to increase the mobility during use. Due to the equipment used and the scarcity of parts, it is easy to manufacture and has a solid structure.

It is easy to install due 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 Front view of the system.

Figure 3 Perspective view of the system.

Figure 4 Perspective view of the electric jet engine.

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. Chair

11. Chair Leg

12. Wheel

20. Electric Jet Engine

21. Profile

22. Bracelets

30. Trunk

31. Battery

Description of the Invention:

The invention consists of a chair (10) for the user to sit on, at least 4 chair legs (11) mounted on the lower part of the chair (10), providing 360-degree mobility to the chair (10), having a vibration-absorbing structure, and the lower part of the chair legs (11) at least 4 wheels (12) positioned, at least 4 electric jet engines (20) that provide the movement of the chair (10), a profile (21) on which electric jet engines (20) are positioned and which are mounted on the chair (10) from both sides It has at least 4 bracelets (22) that allow the electric jet engines (20) to be fixed to the profile (21), the trunk (30) under the chair (10), and at least 2 batteries (31) positioned inside the trunk (30).

The invention has a lithium polymer type battery (31) that powers the electric jet engines (20).

Detailed Description of the Invention:

The parts constituting the invention are basically; chair (10), chair leg (11), wheel (12), electric jet engine (20), profile (21), bracelets (22), trunk (30) and battery (31). There are at least 4 electric jet engines (20) in the invention. Each of these electric jet engines (20) are identical and have a carrying capacity of 8kg and a diameter of 120mm. It produces 7 kW of power. Electric jet engines (20) can be mounted on the profile (21) by means of the bracelets (22). The profile (21) is mounted under the chair (10). The chair (10) has at least 4 chair legs (11) and 360 degrees movable vibration absorbing wheels (12) positioned under each chair leg (11). There is a trunk (30) compartment at the bottom of the chair (10). At least 2 batteries (31) are placed inside the trunk (30). These batteries 31 are of the lithium polymer type. It provides power to the electric jet engines (20). In addition, brushless DC motor drives that can transmit high current are used in the system. The movement and directional ability of the chair (10) are provided by the controlled operation of the electric jet engines (20). When the electric jet engines (20) on the right stop and the ones on the left continue to operate, they turn to the right, and when the ones on the left stop and the ones on the right continue to operate, they turn to the left.