CN2897786Y

CN2897786Y - Electric navigating vehicle structure

Info

Publication number: CN2897786Y
Application number: CNU2006200953164U
Authority: CN
Inventors: 黄森隆
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-02-13
Filing date: 2006-02-13
Publication date: 2007-05-09
Anticipated expiration: 2016-02-13

Abstract

The utility model relates to an electric cruiser structure; wherein, a power set and a transmission device are arranged on a chassis; and three wheel sets are arranged on the chassis in a non-collinear state, and one wheel is connected with the transmission device; besides, a cushion, two symmetric pedals and a steering handle are also arranged on the chassis for operators to sit on, rest hands on or stand on when patrolling. The handlebar comprises a first lever body and a second lever body, and the lever bodies are in a pin joint. When the two bar bodies are disconnected, the first bar body can swing relative to the second bar and can be folded. By adopting the design method, the vehicle body becomes more compact; the steering handle can be folded, thus lessening the space occupied by the vehicle body; in addition, the battery can be quickly removed off, therefore, when loading the battery box on the luggage compartment, the battery box can be separately carried.

Description

The electronic bassinet structure that cruises

Technical field:

The utility model belongs to electric automobiles, particularly a kind of electronic car that cruises, and this electronic car that cruises can supply the single operation of standing or be seated, and is suitable for proceeding slowly and falling back in indoor exhibition hall or the factory building.

Background technology:

Because the holding at high price of international crude oil, and international oil mass successively decreases year by year, so various vehicle is all developed towards composite power or electrodynamic direction.With the battery-driven car is example, and its whole power are all provided by battery, and the car body traveling process is pollution-free, noiselessness, is that best power is selected.

The use of battery-driven car at present is quite extensive, and for example action battery-driven car of usefulness that square person rides not, or Electrical Bicycle or the car or the like that cruises of advancing in indoor or factory building all are.And No. the 522835th, TaiWan, China patent announcement and application case number No. 93112053 all disclose a kind of battery-driven car.

Battery-driven car shown in the case before above-mentioned two patents, all at the wheels of four equal sizes of car body bottom configuration, and one stand on a handgrip of this car body, and provide a seat again for user's this battery-driven car of operation that is seated.This kind electric vehicle structure is the most common, but uses this type of battery-driven car to have following inconvenience in general indoor exhibition or factory building.The shared space of first car body is bigger, so the exhibition space must be moved for this battery-driven car and turns relative to reserving bigger channel.Its two be watch in the exhibition or factory building in the object inconvenience, its mainly be because in the exhibition or the object in the drill shack can be placed on the certain height position usually, it is closely to see this object that the user is sitting on the battery-driven car.

In addition, the volume of battery-driven car that generally has four wheels is big, has one again and is erected on the car body and can't the folding handgrip, so move this when electronic, needs bigger to transport the space.

Summary of the invention:

One of the purpose of this utility model ties up to provides a kind of electronic bassinet structure that cruises, and it has three wheels, and the shared space of car body is reduced, and is beneficial in indoor exhibition or drill shack to move.

Two of the purpose of this utility model ties up to provides a kind of electronic bassinet structure that cruises, and it has a foldable handgrip, can reduce the shared spatial dimension of this car body when this handgrip folding.

Three of the purpose of this utility model ties up to provides a kind of electronic car that cruises, and it has the function of standing and sitting, and the user can closely see the object of putting at certain altitude by standing.

Technical solutions of the utility model are achieved in that a kind of electronic bassinet structure that cruises, and comprise that an electric installation, provides driving device, the chassis of propulsive effort and is mounted on driven wheel and drive wheels before and after the chassis, is characterized in that also comprising:

Two driven wheels are mounted on the front portion, chassis, and a drive wheels that links with driving device is mounted on the rear portion, chassis, and two driven wheels and drive wheels be not on a path of motion;

Two pedals, symmetry are mounted on the chassis of drive wheels both sides;

One stands on the handgrip of chassis front end, and handgrip comprises one first body of rod and one second body of rod, and both become removable by pin-joint mechanism and are fixed together, and second body of rod bottom is connected with interlinked mechanism between two driven wheels, can drive about driven wheel to turn to;

One cushion, cushion is sheathed on the seat boom end that is fixed on the chassis by regulating vertical rod.

The utility model is at three wheels of a body configurations, comprises the drive wheels in order to outputting power, and in order to determine the driven wheel of working direction.Another handgrip is formed with bipole body, has a pin-joint mechanism between this bipole body, so after removing this pin-joint mechanism, this bipole body can be folding relatively.In addition, be provided with two pedals and a seat at this car body, wherein two pedals are available for users to stand, and this seat is available for users to sit down, and this seat can be adjusted height according to user's demand.So, the utility model can solve in the prior art; The car body of battery-driven car takies than large space scope, user and is difficult for the nearly object of putting, the problem that the car body handgrip can't fold seen.

Description of drawings:

Below in conjunction with concrete legend the utility model is described further:

The electronic car side schematic view that cruises of Fig. 1

The electronic car rear portion scheme drawing that cruises of Fig. 2

The electronic car schematic top plan view of cruising of Fig. 3

Fig. 4 handgrip pin-joint mechanism block diagram

Fig. 5 handgrip pin-joint mechanism three-dimensional exploded view

Wherein

20-chassis 22-pedal 25-battery box 26-driving device

30-drive wheels 42-driven wheel 46-interlinked mechanism 50-handgrip

The 52-first body of rod 54-second body of rod 62-first connection pipe 63-first tooth portion

The 64-second connection pipe 65-second 68-of the tooth portion locking bolt 72-seat bar

74-cushion 76-vertical rod 84-auxiliary wheel

The specific embodiment:

With reference to Fig. 1, Fig. 2 and Fig. 3, a kind of electronic bassinet structure that cruises, comprise-electric installation ,-driving device 26, chassis 20 and be mounted on the driven wheel 42 and the drive wheels 30 of 20 front and back, chassis, and a handgrip 50.Electric installation is one to be installed in the battery box 25 on the chassis 20, and battery box 25 is the design of quick-release, unloads and alleviates car body weight, is convenient to the car that cruises is brought up to the automobile luggage boot.This battery box 25 is in order to provide electric power to driving device 26, and driving device 26 is motor and gear cluster, and it has the function of forward and backward, so that the drive wheels that driving links with it 30 realization vehicles advance or retreat.The car that cruises of this structure has in light weight, about heavily about 26kg, be easy to carrying, and battery box is designed to and can separates with vehicle body fast, alleviates the weight of carrying, and supporting battery box nearly weighs about 12kg.

Two driven wheels 42 are mounted on 20 anterior symmetrical both sides, chassis, and drive wheels 30 is mounted on 20 rear portions, chassis, particularly be positioned on these chassis 20 center lines, with two driven wheels 42 not on a path of motion.This drive wheels 30 links with this driving device 26, makes the outputting power of this driving device 26 can pass to drive wheels 30.42 of this two driven wheels are configuration one interlinked mechanism 46.This interlinked mechanism 46 is to swing equal angular in the same direction in order to this two driven wheel 42 of interlock.Handgrip 50 lower ends of standing on chassis 20 front ends are connected with interlinked mechanism 46, so that control wheel direct of travel.

Two pedals, 22 symmetries are mounted on the chassis 20 of drive wheels 30 both sides, make things convenient for both feet to stand; One cushion 74 places by adjusting vertical rod 76 and is sheathed on seat bar 72 ends that are fixed on 20 rear ends, chassis, and this bar 72 makes the centre-of gravity shift of cushion 74 the place ahead to drive wheels 30 touchdown points towards the direction bending of this handgrip 50.It more than is the structure configuration of the utility model preferred embodiment.The user can be by the mode that stand in this pedal 22, improves to make the vision height, the moving that in indoor exhibition, proceed slowly and fall back, or proceed slowly in the factory building and fall back mobile the time, reach the effect that can closely see object.Certainly the user also can be sitting on this cushion 74 and move with this car that cruises, and specifically can adjust the group of this vertical rod 76 and establish the position, and reach the purpose of adjusting these cushion 74 height.

In addition, as Fig. 1 and Fig. 3, on the chassis 20 of drive wheels 30 1 sides, be equipped with an auxiliary wheel 84 at least.Preferable enforcement state is two auxiliary wheels 84 of configuration, and symmetry is fixed on the chassis 20 of drive wheels both sides respectively, and the touchdown point of auxiliary wheel 84 is higher than drive wheels 30, and so, but this auxiliary wheel 84 of mat contact with ground during turning, and raising is stable.

One handgrip 50 that stands on chassis 20 front ends comprises one first body of rod 52 and one second body of rod 54, both become removable by pin-joint mechanism and are fixed together, second body of rod, 54 bottoms are connected with interlinked mechanism 46 between two driven wheels, can drive about driven wheel to turn to.

With reference to Fig. 4 and Fig. 5, pin-joint mechanism is meant that these first body of rod, 52 1 end systems establish single order columnar structure, and in this first body of rod, be provided with one first connection pipe 62, the end face of this first connection pipe 62 is provided with one first tooth portion 63, these second body of rod, 54 1 end systems are established single order columnar structure again, and in this second body of rod 54, be provided with one second connection pipe 64, the end face of this second connection pipe 64 is provided with one second tooth portion 65, this first body of rod 52 is that its this set scalariform structure leans on mutually respectively with this second body of rod 54, and this first tooth portion 63 and these second tooth portion, 65 engagements, one locking bolt 68 is to wear to lock in this first connection pipe 62 and this second connection pipe 64, makes both be able to locking positioning.Wherein only needing be provided with in first connection pipe 62 negative thread cooperates with it and gets final product.

During operation, unscrew this locking bolt 68, but then this first body of rod 52 and this second body of rod, 54 relative separation, one intersegmental distance, and this first tooth portion 63 separates with this second tooth portion 65.Then, the user can pull this first body of rod 52, owing to still articulate with this locking bolt 68 between this first body of rod 52 and this second bar 54, so these second body of rod, 54 swings relatively of this first body of rod 52.The situation of these first body of rod, 52 swings sees also dotted portion shown in Figure 1.Be unlikely to come under this cushion 74 or the situation of this drive wheels 30 in these first body of rod, 52 length, this first body of rod 52 is to form stacked states with this second body of rod 54.

Claims

1, a kind of electronic bassinet structure that cruises comprises an electric installation, a driving device, chassis and is mounted on driven wheel and drive wheels before and after the chassis, it is characterized in that also comprising:

Two pedals, symmetry are mounted on the chassis of drive wheels both sides;

2, the electronic bassinet structure that cruises according to claim 1, it is characterized in that pin-joint mechanism is meant that this handgrip first body of rod one end system establishes single order columnar structure, and in this first body of rod, be provided with one first connection pipe, the end face of this first connection pipe is provided with one first tooth portion, this second body of rod, one end system is established single order columnar structure again, and in this second body of rod, be provided with one second connection pipe, the end face of this second connection pipe is provided with one second tooth portion, this first body of rod is that its this set scalariform structure leans on mutually respectively with this second body of rod, and this first tooth portion and the engagement of this second tooth portion, locking bolt system wears and locks in this first connection pipe and this second connection pipe.

3, the electronic bassinet structure that cruises according to claim 1 is characterized in that being equipped with at least an auxiliary wheel on the chassis of drive wheels one side.

4, according to claim 1 or the 3 described electronic bassinet structures that cruise, it is characterized in that the drive wheels bilateral symmetry is respectively equipped with an auxiliary wheel, the touchdown point of auxiliary wheel is higher than drive wheels.

5, the electronic bassinet structure that cruises according to claim 1 is characterized in that handgrip second body of rod bottom is connected with interlinked mechanism between two driven wheels, can drive about driven wheel to turn to.