CN216332521U - Rechargeable novel scooter - Google Patents

Abstract

The utility model relates to the technical field of scooters, in particular to a novel rechargeable scooter, which comprises a frame group and a front tube, wherein the front tube is positioned at the upper side of the frame group, the outer side of the frame group is provided with a front wheel and a motor, an inclined tube assembly is fixedly connected to the frame group, a folding mechanism is arranged between the inclined tube assembly and the front tube and used for folding the front tube, a right handle and a left handle are arranged on the front tube, telescopic mechanisms are arranged between the right handle and the front tube and between the left handle and the front tube, and the telescopic mechanisms are used for adjusting the positions of the right handle and the left handle; when aiming at solving current most scooter folding, folding point sets up on the support frame usually, and the support frame adopts the folding mode to lead to the problem that the scooter is whole stable inadequately when using easily.

Description

Rechargeable novel scooter

Technical Field

The utility model relates to the field of scooters, in particular to a rechargeable novel scooter.

Background

The scooter is easy to learn and operate due to moderate speed, is provided with a brake device (a brake is stepped on a rear wheel), and is not easy to fall down under the general condition if only ordinary riding instead of walking and ordinary entertainment. Therefore, it is suitable for use in various age groups, especially in teenagers, to make people love their hands and to have a vehicle. The scooter has good exercise effect on the well-developed balance system of teenagers.

At present, the scooter is convenient for putting and carrying, most scooters can be folded usually, when most of the existing scooters are folded, folding points are usually arranged on a support frame, and the support frame adopts a folding mode, so that the whole scooter is not stable enough when in use.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the defects in the prior art and provides a novel rechargeable scooter.

In order to achieve the above purposes, the technical scheme adopted by the utility model is as follows: a rechargeable novel scooter comprises a frame group and a front pipe, wherein the front pipe is positioned on the upper side of the frame group, front wheels and a motor are arranged on the outer side of the frame group, an inclined pipe assembly is fixedly connected onto the frame group, a folding mechanism is arranged between the inclined pipe assembly and the front pipe and used for folding the front pipe, a right handle and a left handle are arranged on the front pipe, telescopic mechanisms are arranged between the right handle and the front pipe and between the left handle and the front pipe, and the telescopic mechanisms are used for adjusting the positions of the right handle and the left handle; when the scooter needs to be folded, the front pipe is contracted on the frame set through the folding mechanism, the front pipe is folded on the inclined pipe component through the folding mechanism, the folding point of the folding mechanism is arranged on the inclined pipe component, thereby can not lead to the fact the influence to the stability of car frame group and pipe chute subassembly, the surface mounting of pipe chute subassembly has two pipe chute equipment decorative cover, and two pipe chute equipment decorative cover combinations protect the pipe chute subassembly, play certain decorative effect to the pipe chute subassembly simultaneously.

Preferably, the folding mechanism comprises a folding sleeve, a folding front pipe plug, a folding tension spring assembly, a lower beam group and a folding base assembly, the folding sleeve is detachably connected to the front pipe, the folding front pipe plug is detachably connected to the inside of the folding sleeve, the folding base assembly is detachably connected to the inclined pipe assembly, the folding tension spring assembly and the lower beam group are detachably connected between the folding front pipe plug and the folding base assembly, the folding tension spring assembly is located in the lower beam group, and a connecting assembly is arranged between the folding base assembly and the front wheel; when the scooter needs to be folded, the lower beam group is opened, the front pipe enables the folding front pipe plug and the folding base component to be bent through the folding sleeve pipe, meanwhile, the torsion generated by the folding tension spring component enables the folding front pipe plug to be kept stable when being bent, the folding front pipe plug enables the front pipe plug to be bent to the upper side of the frame group, the folding front pipe plug is locked through the lower beam group, and the folding front pipe plug is kept stable after being bent, when the scooter used once more, the elasticity of the production of folding extension spring subassembly makes folding front stopcock drive the front tube through folding sleeve pipe and resets, folding extension spring subassembly's torsion makes the front tube remain stable through folding front stopcock and folding sleeve pipe simultaneously, thereby make right handle and left handle remain stable, when right handle and left handle turn to through the front tube control front wheel, folding front stopcock can make folding extension spring subassembly take place to twist, turn to the completion back, the torsion of folding extension spring subassembly can make the front tube reset, guarantee the stability of right handle and left handle when using.

Preferably, the connecting assembly comprises a bowl group, an inclined tube assembly, a front wheel damping sleeve assembly and a front fork assembly, the bowl group is detachably connected to the folding base assembly and the inclined tube assembly, the front wheel damping sleeve assembly is detachably connected to the bowl group and the inclined tube assembly, the front fork assembly is detachably connected to the bottom end of the front wheel damping sleeve assembly, and the front wheel is rotatably connected into the front fork assembly; during operation, bowl group and front wheel shock attenuation thimble assembly are connected on the pipe chute subassembly, the frame is organized and is installed the frame front bezel and protect front wheel shock attenuation thimble assembly, folding base subassembly can control the front fork subassembly through bowl group and front wheel shock attenuation thimble assembly and rotate, thereby make front fork subassembly control front wheel turn to, the front wheel passes through front wheel lock screw subassembly and installs in the front fork subassembly, the front wheel after the installation can stable rotation in the front fork subassembly, be provided with a shock attenuation spring housing between front fork subassembly and the front wheel shock attenuation thimble assembly, shock attenuation spring housing passes through the front fork subassembly to the front wheel damping, make the front wheel more steady when removing, the surface of front fork subassembly is provided with two front fork decorations, two front forks are used for decorating the front fork subassembly, make the front fork subassembly more pleasing to the eye.

Preferably, the telescopic mechanism comprises a T-handle group, an upper beam group and a copper head assembly, the T-handle group is detachably connected in the front pipe, the upper beam group is detachably connected between the T-handle group and the front pipe, and the copper head assembly is positioned in the T-handle group and corresponds to the front pipe; when the device works, the right handle and the left handle are respectively provided with the accelerating finger dial and the braking finger dial and are arranged on the T handle group, the T handle group is provided with the rear headstock decorative cover and the front headstock decorative cover, the rear headstock decorative cover and the front headstock decorative cover enable the installation of the right handle and the left handle to be stable, meanwhile, the device has certain decorative effect, the front tube is provided with a plurality of limiting holes, the T handle group is connected in the front tube in a sliding manner, the copper head component is provided with the elastic buckle, the elastic buckle on the copper head component penetrates through the limiting hole of the T handle group clamped on the front tube, the T handle group can be stably kept in the front tube through the clamping of the elastic buckle and the limiting hole, the upper beam group can lock the T handle group and the front tube, the stability of the T handle group in the front tube is further improved, when the right handle and the left handle need to be adjusted in position, the upper beam group is opened, and then the elastic buckle on the copper head component is pressed back into the front tube, then push and pull T group and can control it and slide in the front tube to make the height of right hand handle and left hand handle obtain adjusting, right hand handle and left hand handle altitude mixture control accomplish the back, restrict T group through the joint of the spacing hole on the bullet knot and the front tube on the copper head subassembly, make T group remain stable, the stability of T group is further improved to the rethread group of restrainting.

Preferably, a battery pack and a controller are arranged in the frame assembly, the battery pack is electrically connected with the controller, and the battery pack is electrically connected with the motor; when the scooter works, the battery pack is connected with an external power supply through the charging port assembly for charging, the controller controls the whole scooter through the electric quantity stored by the battery pack, the frame cover plate is arranged on the frame group for protecting the battery pack and the controller, the silicon pad is arranged on the frame cover plate for being convenient for a user to tread, the controller is provided with the power switch and the electric quantity display lamp assembly, the controller controls the motor to start through the power switch, the electric quantity display lamp assembly is used for displaying the electric quantity stored in the battery pack, the controller is electrically connected with the accelerating finger dial and the braking finger dial through the signal transfer line, the accelerating finger dial and the braking finger dial achieve the aim of controlling the motor through the controller, the two inclined tube group decorating covers are provided with two breathing lamp covers and two breathing lamp plates, the two breathing lamp plates are electrically connected with the controller, and the controller controls the scooter through the power switch, two breathing lamp plate circular telegrams produce certain light to the convenience is confirmed the start-up of scooter, and two breathing lamp plates have certain decorative effect simultaneously, and two breathing lamp covers then protect two breathing lamp plates respectively.

Preferably, the bottom of the frame group is detachably connected with a foot support assembly; during operation, the foot supporting component can rotate on the frame set, the frame set is conveniently supported, and the whole scooter can be stably placed.

Preferably, the inner side of the front fork assembly is detachably connected with a front mudguard, the front mudguard corresponds to the front wheel, the frame assembly is detachably connected with a rear mudguard, and the rear mudguard corresponds to the motor; the during operation, preceding fender and rear fender shelter from front wheel and motor respectively, prevent that earth from sputtering, are provided with damping spring on the preceding fender, and damping spring has certain damping effect on preceding fender to improve the damping effect of front wheel, the rear fender passes through rear fender screw assembly and installs on frame group, is provided with the rear fender spring between rear fender and the frame group, and the rear fender spring makes the rear fender keep certain elasticity, prevents that the rear fender from being trampled on.

Compared with the prior art, the utility model has the following beneficial effects: the head tube passes through folding mechanism and the connection of pipe chute subassembly is organized on the frame, fixed connection between pipe chute subassembly and the frame group, when the scooter need be folding, make the head tube fold through folding mechanism, the head tube is folding at the upside of pipe chute subassembly, can not lead to the fact the influence to the stability of pipe chute subassembly itself, the holistic placing of scooter after the head tube is folding, when the scooter needs to use, folding mechanism makes the quick reseing of head tube, the head tube resets the back, adjust the position of right hand handle and left hand handle through telescopic machanism, make things convenient for the use of scooter.

Drawings

FIG. 1 is an exploded view of the present invention;

FIG. 2 is a first exploded view of a portion of the structure of the present invention;

FIG. 3 is a second exploded view of a portion of the structure of the present invention;

FIG. 4 is a third exploded view of a portion of the structure of the present invention;

fig. 5 is a fourth exploded view of a part of the structure of the present invention.

In the figure: 1. a right handle; 2. accelerating finger dialing; 3. a rear vehicle head decorative cover; 4. a front headstock decorative cover; 5. d, brake finger dialing; 6. a left handle; 7. t is a group; 8. putting a beam group; 9. a copper head assembly; 10. a head tube; 11. folding the sleeve; 12. folding the front pipe plug; 13. m6 pair lock screw assembly; 14. folding the tension spring assembly; 15. a lower beam group; 16. m6 flat head screw; 17. a signal patch cord; 18. folding the base assembly; 19. a bowl group; 20. a chute assembly; 21. assembling a decorative cover on the inclined tube; 22. a breathing lamp cover; 23. a breathing lamp panel; 24. a front wheel shock sleeve assembly; 25. a front wheel; 26. a shock-absorbing spring housing; 27. a front fork trim; 28. a front wheel pair lock screw assembly; 29. a front fork assembly; 30. a damping spring; 31. a power display lamp assembly; 32. a power switch; 33. a charging port assembly; 34. a front fender; 35. a foot support assembly; 36. a frame tailgate; 37. a rear fender screw assembly; 38. a motor screw assembly; 39. a motor; 40. a rear fender; 41. a rear fender spring; 42. a frame set; 43. a battery pack; 44. a frame cover plate; 45. a silica gel pad; 46. a controller; 47. a front baffle of the frame.

Detailed Description

The following description is presented to disclose the utility model so as to enable any person skilled in the art to practice the utility model. The preferred embodiments in the following description are given by way of example only, and other obvious variations will occur to those skilled in the art.

As shown in fig. 1-5, the rechargeable novel scooter includes a frame set 42 and a front tube 10, the front tube 10 is located on the upper side of the frame set 42, the outer side of the frame set 42 is provided with a front wheel 25 and a motor 39, the frame set 42 is fixedly connected with a down tube assembly 20, a folding mechanism is arranged between the down tube assembly 20 and the front tube 10, the folding mechanism is used for folding the front tube 10, the front tube 10 is provided with a right handle 1 and a left handle 6, a telescopic mechanism is arranged between the right handle 1 and the left handle 6 and the front tube 10, and the telescopic mechanism is used for adjusting the positions of the right handle 1 and the left handle 6; when the scooter is in operation, the motor 39 is installed on the frame group 42 through the motor screw component 38, the frame group 42 is provided with two frame rear baffles 36 for protecting the motor 39, the motor 39 is driven by electric power to rotate on the frame group 42, the motor 39 is matched with the front wheel 25 to drive the frame group 42 and the front pipe 10 to move, the right handle 1 is provided with an accelerating finger-dial 2, the left handle 6 is provided with a brake finger-dial 5, the accelerating finger-dial 2 and the brake finger-dial 5 are both electrically connected with the motor 39, the accelerating finger-dial 2 controls the speed of the scooter, the brake finger-dial 5 is used for controlling the brake of the scooter, the right handle 1 and the left handle 6 are both installed on the telescopic mechanism, the telescopic mechanism controls the heights of the right handle 1 and the left handle 6, so that the scooter can be suitable for crowds with different heights, when the scooter needs to be folded, the front pipe 10 is contracted on the frame group 42 through the folding mechanism, the front pipe 10 is folded on the inclined pipe component 20 through the folding mechanism, the folding point of the folding mechanism is arranged on the inclined tube component 20, so that the stability of the frame group 42 and the inclined tube component 20 is not affected, two inclined tube assembly decorative covers 21 are arranged on the outer surface of the inclined tube component 20, the two inclined tube assembly decorative covers 21 are combined to protect the inclined tube component 20, and meanwhile, a certain decorative effect is achieved on the inclined tube component 20.

The folding mechanism comprises a folding sleeve 11, a folding front pipe plug 12, a folding tension spring assembly 14, a lower beam group 15 and a folding base assembly 18, the folding sleeve 11 is detachably connected to a front pipe 10, the folding front pipe plug 12 is detachably connected to the folding sleeve 11, the folding base assembly 18 is detachably connected to an inclined pipe assembly 20, the folding tension spring assembly 14 and the lower beam group 15 are detachably connected between the folding front pipe plug 12 and the folding base assembly 18, the folding tension spring assembly 14 is located in the lower beam group 15, and a connecting assembly is arranged between the folding base assembly 18 and a front wheel 25; when the scooter needs to be folded, the front folding pipe plug 12 is used for installing and fixing the screw locking component 13 through the M6, the folding base component 18 is used for installing and fixing the screw locking component 13 through the M6 flat head screws 16, when the scooter needs to be folded, the lower bundle group 15 is opened, the front pipe 10 enables the front folding pipe plug 12 and the folding base component 18 to be bent through the folding sleeve pipe 11, meanwhile, the torsion generated by the folding tension spring component 14 enables the front folding pipe plug 12 to be kept stable when the front folding pipe plug 12 is bent, the front folding pipe plug 12 enables the front pipe 10 to be bent to the upper side of the frame group 42, the front folding pipe plug 12 is locked through the lower bundle group 15, the front folding pipe plug 12 is enabled to be kept stable after the front folding pipe plug 12 is bent, when the scooter is used again, the elasticity generated by the folding tension spring component 14 enables the front folding pipe plug 12 to drive the front pipe 10 to reset through the folding sleeve pipe 11, meanwhile, the torsion of the folding tension spring component 14 enables the front pipe 10 to be kept stable through the front folding pipe plug 12 and the folding sleeve pipe 11, therefore, the right handle 1 and the left handle 6 are kept stable, when the right handle 1 and the left handle 6 control the front wheel 25 to turn through the front tube 10, the folding front tube plug 12 can enable the folding tension spring assembly 14 to twist, after the turning is completed, the torsion of the folding tension spring assembly 14 can enable the front tube 10 to reset, and the stability of the right handle 1 and the left handle 6 in use is guaranteed.

The connecting assembly comprises a bowl group 19, an inclined tube assembly 20, a front wheel damping sleeve assembly 24 and a front fork assembly 29, wherein the bowl group 19 is detachably connected to the folding base assembly 18 and the inclined tube assembly 20, the front wheel damping sleeve assembly 24 is detachably connected to the bowl group 19 and the inclined tube assembly 20, the front fork assembly 29 is detachably connected to the bottom end of the front wheel damping sleeve assembly 24, and the front wheel 25 is rotatably connected into the front fork assembly 29; when in work, the bowl group 19 and the front wheel shock absorption sleeve pipe assembly 24 are connected on the inclined pipe assembly 20, the frame group 42 is provided with a frame front baffle 47 to protect the front wheel shock absorption sleeve pipe assembly 24, the folding base assembly 18 can control the front fork assembly 29 to rotate through the bowl group 19 and the front wheel shock absorption sleeve pipe assembly 24, thereby make front fork subassembly 29 control front wheel 25 turn to, front wheel 25 passes through front wheel lock screw subassembly 28 and installs in front fork subassembly 29, front wheel 25 after the installation can stable rotation in front fork subassembly 29, be provided with a shock attenuation spring housing 26 between front fork subassembly 29 and front wheel shock attenuation thimble assembly 24, shock attenuation spring housing 26 passes through front fork subassembly 29 and damps front wheel 25, it is more steady when making front wheel 25 remove, the surface of front fork subassembly 29 is provided with two front fork decorations 27, two front fork decorations 27 are used for decorating front fork subassembly 29, make front fork subassembly 29 more pleasing to the eye.

The telescopic mechanism comprises a T-handle group 7, an upper beam group 8 and a copper head assembly 9, wherein the T-handle group 7 is detachably connected in a front pipe 10, the upper beam group 8 is detachably connected between the T-handle group 7 and the front pipe 10, and the copper head assembly 9 is positioned in the T-handle group 7 and corresponds to the front pipe 10; when the device works, the right handle 1 and the left handle 6 are respectively provided with the accelerating finger dial 2 and the braking finger dial 5 and are arranged on the T handle group 7, the T handle group 7 is provided with the rear headstock decorative cover 3 and the front headstock decorative cover 4, the rear headstock decorative cover 3 and the front headstock decorative cover 4 ensure that the right handle 1 and the left handle 6 are stably arranged and have certain decorative effect, the front tube 10 is provided with a plurality of limiting holes, the T handle group 7 is connected in the front tube 10 in a sliding way, the copper head component 9 is provided with a spring buckle, the spring buckle on the copper head component 9 penetrates through the limiting hole of the T handle group 7 clamped on the front tube 10, the T handle group 7 can be stably kept in the front tube 10 through the clamping connection of the spring buckle and the limiting holes, the upper beam group 8 can lock the T handle group 7 and the front tube 10, the stability of the T handle group 7 in the front tube 10 is further improved, when the right handle 1 and the left handle 6 need to be adjusted in position, through opening and restraint group 8, then press the bullet on the copper head subassembly 9 and detain to return to in the head tube 10, then push and pull T group 7 can control it and slide in the head tube 10, thereby make the height of right hand handle 1 and left hand handle 6 obtain adjusting, right hand handle 1 and left hand handle 6 altitude mixture control accomplish the back, the joint through bullet knot and head tube 10 upper limit hole on copper head subassembly 9 restricts group 7 to T, make T keep stable group 7, the stability of group 7 is organized through the further improvement T of last group 8 of restrainting again.

A battery pack 43 and a controller 46 are arranged in the frame group 42, the battery pack 43 is electrically connected with the controller 46, and the battery pack 43 is electrically connected with the motor 39; when the scooter works, the battery pack 43 is connected with an external power supply through the charging port assembly 33 for charging, the controller 46 controls the whole scooter through the electric quantity stored by the battery pack 43, the frame group 42 is provided with the frame cover plate 44 for protecting the battery pack 43 and the controller 46, the frame cover plate 44 is provided with the silica gel pad 45 for a user to conveniently step on, the controller 46 is provided with the power switch 32 and the electric quantity display lamp assembly 31, the controller 46 controls the motor 39 to start through the power switch 32, the electric quantity display lamp assembly 31 is used for displaying the electric quantity stored in the battery pack 43, the controller 46 is electrically connected with the accelerating finger-dial 2 and the braking finger-dial 5 through the signal transfer line 17, so that the accelerating finger-dial 2 and the braking finger-dial 5 achieve the purpose of controlling the motor 39 through the controller 46, the two breathing lamp covers 22 and the two breathing lamp panels 23 are arranged on the two inclined tube assembly decorative covers 21, electric connection between two breathing lamp plates 23 and controller 46, controller 46 make the scooter start-up back through switch 32, and two breathing lamp plates 23 circular telegrams produce certain light to the convenience is confirmed the start-up of scooter, and two breathing lamp plates 23 have certain decorative effect simultaneously, and two breathing lamp covers 22 then protect two breathing lamp plates 23 respectively.

The bottom of the frame group 42 is detachably connected with a foot support assembly 35; during operation, the foot supporting component 35 can rotate on the frame group 42, the frame group 42 is conveniently supported, and the whole scooter can be stably placed.

A front mudguard 34 is detachably connected to the inner side of the front fork assembly 29, the front mudguard 34 corresponds to the front wheel 25, a rear mudguard 40 is detachably connected to the frame group 42, and the rear mudguard 40 corresponds to the motor 39; in operation, front fender 34 and rear fender 40 shelter from front wheel 25 and motor 39 respectively, prevent that earth from splashing, be provided with damping spring 30 on the front fender 34, damping spring 30 has certain damping effect on front fender 34, thereby improve the damping effect of front wheel 25, rear fender 40 passes through rear fender screw subassembly 37 and installs on frame group 42, be provided with rear fender spring 41 between rear fender 40 and the frame group 42, rear fender spring 41 makes rear fender 40 keep certain elasticity, prevent that rear fender 40 from being stepped on badly.

The working principle of the utility model is as follows:

when the scooter needs to be folded, the lower beam set 15 is opened, the front tube 10 bends the folding front tube plug 12 and the folding base assembly 18 through the folding sleeve 11, meanwhile, the torsion generated by the folding tension spring assembly 14 keeps the folding front tube plug 12 stable when being bent, the folding front tube plug 12 bends the front tube 10 to the upper side of the frame set 42, the folding front tube plug 12 is locked through the lower beam set 15, the folding front tube plug 12 keeps stable after being bent, when the scooter is used again, the elasticity generated by the folding tension spring assembly 14 enables the folding front tube plug 12 to drive the front tube 10 to reset through the folding sleeve 11, meanwhile, the torsion of the folding tension spring assembly 14 keeps the front tube 10 stable through the folding front tube plug 12 and the folding sleeve 11, thereby enabling the right handle 1 and the left handle 6 to keep stable, the scooter can be stably used, when the right handle 1 and the left handle 6 can control the front wheel 25 to turn through the front tube 10 matching connection assembly, the folding front pipe plug 12 can twist the folding tension spring assembly 14, and after the steering is completed, the torsion of the folding tension spring assembly 14 can reset the front pipe 10 and the front wheel 25, so that the stability of the right handle 1 and the left handle 6 in use is guaranteed.

The foregoing shows and describes the general principles, essential features, and advantages of the utility model. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are merely illustrative of the principles of the utility model, but that various changes and modifications may be made without departing from the spirit and scope of the utility model, which is defined by the appended claims and their equivalents.

Claims (7)

1. The utility model provides a rechargeable novel scooter, includes frame group (42) and head tube (10), its characterized in that, head tube (10) are located the upside of frame group (42), the outside of frame group (42) is provided with front wheel (25) and motor (39), fixedly connected with pipe chute subassembly (20) is gone up in frame group (42), be provided with folding mechanism between pipe chute subassembly (20) and head tube (10), folding mechanism is used for folding head tube (10), be provided with right handle (1) and left handle (6) on head tube (10), be provided with telescopic machanism between right handle (1) and left handle (6) and head tube (10), telescopic machanism is used for adjusting the position of right handle (1) and left handle (6).

2. The rechargeable novel scooter according to claim 1, wherein the folding mechanism includes a folding sleeve (11), a folding front pipe plug (12), a folding tension spring assembly (14), a lower beam set (15) and a folding base assembly (18), the folding sleeve (11) is detachably connected to the front pipe (10), the folding front pipe plug (12) is detachably connected to the folding sleeve (11), the folding base assembly (18) is detachably connected to the inclined pipe assembly (20), the folding tension spring assembly (14) and the lower beam set (15) are detachably connected between the folding front pipe plug (12) and the folding base assembly (18), the folding tension spring assembly (14) is located in the lower beam set (15), and a connecting assembly is disposed between the folding base assembly (18) and the front wheel (25).

3. The novel rechargeable scooter according to claim 2, wherein the connecting assembly comprises a bowl set (19), a chute assembly (20), a front wheel shock-absorbing sleeve assembly (24) and a front fork assembly (29), the bowl set (19) is detachably connected to the folding base assembly (18) and the chute assembly (20), the front wheel shock-absorbing sleeve assembly (24) is detachably connected to the bowl set (19) and the chute assembly (20), the front fork assembly (29) is detachably connected to the bottom end of the front wheel shock-absorbing sleeve assembly (24), and the front wheel (25) is rotatably connected to the inside of the front fork assembly (29).

4. The novel rechargeable scooter according to claim 3, wherein the telescopic mechanism comprises a T-bar set (7), an upper beam set (8) and a brass head assembly (9), the T-bar set (7) is detachably connected to the front tube (10), the upper beam set (8) is detachably connected between the T-bar set (7) and the front tube (10), and the brass head assembly (9) is located in the T-bar set (7) and corresponds to the front tube (10).

5. The rechargeable new scooter according to claim 4, wherein a battery pack (43) and a controller (46) are disposed in the frame set (42), the battery pack (43) is electrically connected to the controller (46), and the battery pack (43) is electrically connected to the motor (39).

6. The charging type new scooter according to claim 5, wherein the bottom of the frame set (42) is detachably connected with the foot support assembly (35).

7. The rechargeable new scooter as claimed in claim 6, wherein a front fender (34) is detachably connected to the inner side of the front fork assembly (29), the front fender (34) corresponds to the front wheel (25), a rear fender (40) is detachably connected to the frame set (42), and the rear fender (40) corresponds to the motor (39).

Images