Folding mountain scooter with pneumatic tires, disc brakes - V-bar and off-road suspension with carrying system

Abstract

The mountain scooter is characterized by two folding footboards (decks) on the left and right, which are connected to the uprights. The uprights are then connected to the seat tube, creating a stable and height-adjustable standing unit. (Materials include aluminum and carbon fiber.)

Description

[0001] The invention relates to a folding scooter designed for use on downhill sections of mountain and off-road terrain.

[0002] It combines robust materials, all-terrain tires, front suspension, and an integrated carrying system to enable comfortable travel and easy carrying of the scooter across inaccessible terrain. The invention unites mobility, safety, practicality, and riding enjoyment to offer a unique riding experience in challenging terrain. Furthermore, using the scooter is easy on the joints, especially the knees.

[0003] Fig. 1 1 storage bag for 20-inch front wheel 2 storage bags for drinks, food and clothes 3 safety straps for the complete carrying system

[0004] Fig. 2 4 Carrying system backpack for mountain scooters. 5. Hip belt for load distribution between shoulder and hip. 6. Back padding. 7 tie-down straps for securing the mountain scooter (3 pieces)

[0005] Fig. 3 8 Folding aluminum frame 9 Right brake lever, rear rim brake 10 rear tires with rim, 16 inch off-road tires 11 quick-release fasteners between the stanchion and seat tube, for connecting both parts ( Fig. 6 No (23). ( Fig. 6 No. 21) 12 Steering bearing set

[0006] Fig. 4 13 Handlebar stems available in different heights 14 handlebars 15 Left brake lever for front disc brake 16 suspension fork 17 brake disc 18 off-road tires with 20-inch rims 19 Locking of both frame parts 20 brake pads for front disc brakes

[0007] Fig. 5 21 Footboards with reflectors, foldable, parallel to the upright, No. 23

[0008] Fig. 6 21 folding running boards with reflectors 22 Carbide screws M8 23 Aluminum uprights 24 seat tube integrated into the frame

[0009] Fig. 6. A stanchion (23) made of aluminium is inserted into a seat tube (24) made of aluminium into the frame. Two footboards are attached to the upright (23) by means of a carbide screw (22). (20) The height of the footboards can be adjusted in three stages. This allows the rider to traverse different terrains.

[0010] Fig. 7 26 and 27 are screwed to the aluminum frame 21. 24 is screwed to the 25. 25 16 mm square bar made of aluminium. 26 M8 carbide screws for attaching a 16 mm square bar to the aluminum frame 27 Carbide screw M 10 for further fastening of the 16 mm square bar (25) to the aluminum frame 28 M10 carbide screws for attaching the rim brake 29" rim brake

[0011] Rear triangle reinforcement for the rim brake.

[0012] Reinforcing the rim brake prevents the frame from twisting. This increases the pressure on the rim.

[0013] This results in better braking power.

[0014] Fig. 1 1 storage bag for 20-inch front wheel 2 storage bags for drinks, food and clothes 3 safety straps for the complete carrying system

[0015] Fig. 2 4 Carrying system backpack for mountain scooters. 5. Hip belt for load distribution between shoulder and hip. 6. Back padding. 7 tie-down straps for securing the mountain scooter (3 pieces)

[0016] Fig. 3 8 Folding aluminum frame 9 Right brake lever, rear rim brake 10 rear tires with rim, 16 inch off-road tires 11 quick-release fasteners between the stanchion and seat tube, for connecting both parts N( Fig. 6 No (23). ( Fig. 6 No. 21) 12 Steering bearing set

[0017] Fig. 4 13 Handlebar stems available in different heights 14 handlebars 15 Left brake lever for front disc brake 16 suspension fork 17 brake disc 18 off-road tires with 20-inch rims 19 Locking of both frame parts 20 brake pads for front disc brakes

[0018] Fig. 5 21 Footboards with reflectors, foldable, parallel to the upright, No. 23

Claims

[1] The mountain scooter is characterized by Two footboards (decks) on the left and right (folding) are connected to the stand tube. The stand tube, in turn, is connected to the seat tube, creating a solid, stable stand unit that is height-adjustable. (Material, e.g., aluminum or carbon) [2] The mountain scooter is characterized by , That a reinforcement is attached to the rear of the frame in the area of ​​the V Brake (brake). This ensures that the braking force is better transferred to the rim. [3] The mountain scooter is characterized by that it is a foldable, lightweight, yet robust frame made of aluminum or carbon, for example. [4] The mountain scooter is characterized by , A specially designed carrying system for the mountain scooter was developed. The carrying system features adjustable straps for securing the scooter, as well as padded shoulder straps and a hip belt. A storage bag for a front tire and clothing is provided for transport up mountains and over impassable sections of road. [5] The mountain scooter is characterized by , according to claim 3, wherein the folding mechanism comprises a lock with a safety lock that prevents accidental folding while driving. [6] The mountain scooter is characterized by , according to claim 3, wherein the front fork is equipped with a shock absorber suspension to absorb shocks from uneven terrain. [7] The mountain scooter is characterized by , according to claim 3, wherein the tires are equipped with a deep off-road tread to ensure traction on gravel, grass, mud and other uneven surfaces. [8] The mountain scooter is characterized by, according to claim 3, wherein the braking system consists of a combination of a disc brake at the front and a V brake at the rear to ensure increased safety when descending.

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