CN203472501U - Battery storage structure of riding type vehicle - Google Patents
Battery storage structure of riding type vehicle Download PDFInfo
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- CN203472501U CN203472501U CN201320542837.XU CN201320542837U CN203472501U CN 203472501 U CN203472501 U CN 203472501U CN 201320542837 U CN201320542837 U CN 201320542837U CN 203472501 U CN203472501 U CN 203472501U
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Abstract
The utility model provides a battery storage structure of a riding type vehicle. The battery storage structure is characterized in that when a battery (40) is stored in a battery box (41) and the battery storage structure is in a storage state, height portions of corners, which are close to or butted to two certain surfaces on the battery (40), of an opening (42) of the battery box (41) are arranged below a left recess (43L), the two certain surfaces on the battery (40) form a corner of the battery (40), and the left recess (43L) of a binding post (44L) provided with an anode side is arranged at the corner of the battery (40); a protrusion (64) which extends upwardly is arranged at a corner, which is not close to or is not butted to two certain surfaces on the battery (40), of the opening (42) of the battery box (41), the two certain surfaces on the battery (40) form a corner of the battery (40), and the left recess (43L) and a right recess (43R) are arranged at the corner of the battery (40).
Description
Technical field
The utility model relates to the battery outer structure of Straddle riding type vehicle.
Background technology
The two-wheeled of following structure disclosed in patent documentation 1,, in this is two-wheeled, by covering head tube from the place ahead by protecgulum, and by inner cap, cover head tube from rear, thereby the surrounding of head tube is covered, in the space being located between these protecgulums and inner cap, battery box is set, in this battery box, take in battery.
Patent documentation 1: No. 3321673 communique of Japanese Patent.
Utility model content
In two-wheeled battery outer structure as described above, battery is incorporated in battery box dismantledly, and when maintenance etc., operator can install and remove battery aptly.
In this battery outer structure, in order further to improve the quality of products, wish to implement the easily countermeasure of identification battery outer direction.
The utility model is made in view of above-mentioned actual conditions, and its object is to provide a kind of battery outer structure of Straddle riding type vehicle of the matching that improves battery and battery box.
As the solution of above-mentioned problem, the utility model of technical scheme 1 provides a kind of battery outer structure of Straddle riding type vehicle, and the battery outer structure of this Straddle riding type vehicle possesses battery box 41 and battery 40; This battery box 41 has bottom wall part and side wall portion, opening upward, the accommodation space that to form cross-sectional plane be rectangle; This battery 40 is incorporated in above-mentioned battery box 41, for rectangular-shaped in the mode that can install and remove; Above-mentioned battery 40 is incorporated in above-mentioned battery box 41 from the peristome 42 of the opening upward of above-mentioned battery box 41; Recess 43L, the 43R of the corner portion on be located at above-mentioned battery 40 sets battery connecting portion 44L, 44R; Battery terminal 46L, 46R are connected with above-mentioned battery connecting portion 44L, 44R, and this battery terminal 46L, 46R at one end have the connecting portion with above-mentioned battery connecting portion 44L, 44R, and the other end is connected with distribution 47L, 47R; Above-mentioned battery terminal 46L, 46R are connected with above-mentioned battery connecting portion 44L, 44R in the mode that covers above-mentioned battery connecting portion 44L, 44R and extend to the foreign side of above-mentioned battery 40; It is characterized in that: at above-mentioned battery 40, be incorporated under the receiving state in above-mentioned battery box 41, the above-mentioned peristome 42 of above-mentioned battery box 41, with form that 2 faces on the above-mentioned battery 40 of corner portion of the above-mentioned battery 40 be set up above-mentioned recess 43L, 43R approach or the height of the corner portion of butt, be set at than above-mentioned recess 43L, position that 43R is low; The above-mentioned peristome 42 of above-mentioned battery box 41, when in above-mentioned receiving state with form that 2 faces on the above-mentioned battery 40 of corner portion of the above-mentioned battery 40 that has been set up above-mentioned recess 43L, 43R are kept off or the corner portion of butt, be provided with the protuberance 64 extending upward.
The utility model of technical scheme 2, in the battery outer structure of the Straddle riding type vehicle of technical scheme 1, there is following characteristics: raised part 64, under above-mentioned receiving state, is projected into upward than the above-mentioned battery connecting portion 44L that has been provided in above-mentioned recess 43L, 43R, the position that 44R is high.
The utility model of technical scheme 3, in the battery outer structure of the Straddle riding type vehicle of technical scheme 1 or 2, there is following characteristics: above-mentioned battery box 41 possesses battery box main body 50, and from outside round this battery box main body 50 and this battery box main body 50 is bearing in to the battery box supporting member 51 of body side; Above-mentioned battery 40 is incorporated in the inner side of above-mentioned battery box main body 50; Raised part 64 is arranged on above-mentioned peristome 42 in above-mentioned battery box main body 50 or the above-mentioned peristome on above-mentioned battery box supporting member 51.
The utility model of technical scheme 4, in the battery outer structure of the Straddle riding type vehicle of technical scheme 3, there is following characteristics: above-mentioned battery box main body 50 possesses lightening hole portion at least either party of its bottom wall part and side wall portion, thereby above-mentioned battery 40 is exposed laterally from above-mentioned battery box main body 50.
The utility model of technical scheme 5, in the battery outer structure of the Straddle riding type vehicle of technical scheme 4, there is following characteristics: in above-mentioned lightening hole portion, two corner portions that are included in the bottom wall part rear side of above-mentioned battery box main body 50 form the turning lightening hole portion 60,61 of lightening holes.
The utility model of technical scheme 6 in the battery outer structure of the Straddle riding type vehicle of any one, has following characteristics in technical scheme 3 to 5: above-mentioned battery box main body 50, possesses the jut 63 with above-mentioned battery box supporting member 51 engagings at its side wall portion.
The utility model of technical scheme 7, in technical scheme 3 to 6 in the battery outer structure of the Straddle riding type vehicle of any one, there is following characteristics: above-mentioned battery box supporting member 51 possess approximate horizontal and extend round the first rib 54 of the side wall portion of above-mentioned battery box main body 50, the first rib 54 generally perpendicularly extends across therewith the second rib 52A, 52B, 53A, 53B, form side wall portion by these first ribs 54 and the second rib 52A, 52B, 53A, 53B; The above-mentioned peristome 42 of above-mentioned battery box main body 50 is set at than above-mentioned the first high position of rib 54.
The utility model of technical scheme 8 in the battery outer structure of the Straddle riding type vehicle of any one, has following characteristics in technical scheme 3 to 7: above-mentioned battery box main body 50 possesses the jut 63 with above-mentioned battery box supporting member 51 engagings at its side wall portion; Above-mentioned battery box supporting member 51 possess approximate horizontal and extend round the first rib 54 of the side wall portion of above-mentioned battery box main body 50, and the first rib 54 generally perpendicularly extends across therewith the second rib 52A, 52B, 53A, 53B; The height below of above-mentioned the first rib 54 is mutually different when watching before vehicle and watch from vehicle back; Above-mentioned jut 63, that side engaging low with height below in the front side of above-mentioned the first rib 54 and rear side.
The utility model of technical scheme 9 in the battery outer structure of the Straddle riding type vehicle of any one, has following characteristics in technical scheme 3 to 8: the above-mentioned peristome 42 in above-mentioned battery box main body 50 is provided with raised part 64; The position of having extended to the corner portion different from this corner portion from being set up the corner portion of raised part 64 on the above-mentioned peristome 42 of above-mentioned battery box main body 50, so that its height forms along be the mode of staged step-down from being set up the above-mentioned different corner portion of trend of corner portion of raised part 64.
The utility model of technical scheme 10, in technical scheme 3 to 9 in the battery outer structure of the Straddle riding type vehicle of any one, there is following characteristics: be provided with the rib 62 extending from the bottom wall part of above-mentioned battery box main body 50 downwards, the bottom wall part of above-mentioned battery box main body 50 is through this rib 62 and above-mentioned battery box supporting member 51 butts.
The utility model of technical scheme 11, in technical scheme 1 to 10 in the battery outer structure of the Straddle riding type vehicle of any one, there is following characteristics: above-mentioned Straddle riding type vehicle possesses the inner cap 34 at the rear portion that covers head tube 12, the pair of right and left front side cap 33 forwards extending from the both sides of above-mentioned inner cap 34, and be located at the front middle cover 32 between the front portion of above-mentioned pair of right and left front side cap 33; Above-mentioned battery box 41 be configured in by above-mentioned inner cap 34, above-mentioned front side cap 33 and above-mentioned front middle cover 32 round space in, above-mentioned battery 40 is accommodated in above-mentioned battery box 41.
The effect of utility model
According to the utility model of technical scheme 1, in order easily to judge the direction of taking in that makes battery become receiving state, protuberance is compared outstanding upward with recess.By making like this protuberance more outstanding than recess, can being constrained to, battery can not be connected with battery terminal, so the identification of taking in direction of battery becomes easily, can prevent the anti-dress of battery terminal on battery.Thus, can improve the matching of battery and battery box.
According to the utility model of technical scheme 2, because positively becoming, battery terminal and protuberance easily interfere, so, can effectively prevent the anti-dress of battery terminal.
According to the utility model of claim 3, by forming battery box main body by resin etc., can easily guarantee the vibrationproof of battery.
According to the utility model of technical scheme 4, by forming lightening hole, can seek the lightweight of battery box main body, and the drainage can guarantee that rainwater immerses time.
According to the utility model of technical scheme 5, the difference that shows structure by bottom wall part front side and the bottom wall part rear side making in battery box main body, can easily identify battery box main body with respect to the installation direction of battery box supporting member, so, can prevent that the mistake of battery box main body from installing.
According to the utility model of technical scheme 6, by being equipped with jut in battery box main body, can make the structure that is difficult to extract battery box main body from battery box supporting member.
According to the utility model of technical scheme 7, because the peristome of battery box main body is located to high position, so, can prevent battery and the interference of the first rib, can improve the protectiveness of battery.
According to the utility model of technical scheme 8, front side and rear side by the first rib at battery box supporting member make highly different, make front side and the lower side's engaging of the height in rear side of jut and the first rib, can prevent the anti-dress of the fore-and-aft direction of battery box main body.
According to the utility model of technical scheme 9, in the situation that forming battery box main body by resin, by the use amount to resin material, suppress, can make the lightweight of battery box main body, and can reduce costs.
According to the utility model of technical scheme 10, by rib is set, can between the bottom wall part of battery box main body and battery box supporting member, space be set, so, can guarantee the drainage of the water that is detained between them.In addition, because can make the thickness of slab attenuate of bottom wall part, so, can make the lightweight of battery box main body, and can reduce costs.
According to the utility model of technical scheme 11, by battery outer the specific lid by Straddle riding type vehicle round space in structure in, in order to make easily judgement make battery become the direction of taking in of receiving state, protuberance is compared outstanding upward with recess.By making like this protuberance more outstanding than recess, can being constrained to, battery can not be connected with battery terminal, so the identification of taking in direction of battery becomes easily, can prevent that battery terminal is at the anti-dress of battery.Thus, can improve the matching of battery and battery box.
Accompanying drawing explanation
Fig. 1 is the two-wheeled left side view of Straddle riding type vehicle of having applied the structure of embodiment of the present utility model.
Fig. 2 is the above-mentioned two-wheeled anterior left side view of state of having pulled down a part for leg protection cover.
Fig. 3 is the above-mentioned two-wheeled anterior birds-eye view of state of having pulled down a part for leg protection cover.
Fig. 4 is the block diagram of watching above-mentioned two-wheeled battery outer part from front upper place.
Fig. 5 is the block diagram of watching above-mentioned two-wheeled battery outer part from back upper place.
Fig. 6 is the birds-eye view of above-mentioned two-wheeled battery outer part.
Fig. 7 is the front elevation of above-mentioned two-wheeled battery outer part.
Fig. 8 is the back view of above-mentioned two-wheeled battery outer part.
Fig. 9 is the left side view of above-mentioned two-wheeled battery outer part.
Figure 10 is the block diagram that is configured in the battery box main body of above-mentioned two-wheeled battery outer part.
Figure 11 is the birds-eye view that is configured in the battery box main body of above-mentioned two-wheeled battery outer part.
Figure 12 be above-mentioned two-wheeled in, the imaginary exploded drawings of battery outer part in the situation that hypothesis is wanted to take in battery with the direction different from receiving state in battery box.
The specific embodiment
Below, with reference to the accompanying drawings of embodiment of the present utility model.In addition, in the following figure using, arrow FR represents the place ahead of vehicle, and arrow UP represents the top of vehicle, and arrow LH represents the left of vehicle.
Portable two-wheeled 1 shown in Fig. 1, possess by the front-wheel 3 that turns to handgrip 2 to turn to by the trailing wheel 4 that shakes unit 21 and drive.Comprise the steering system parts that turn to handgrip 2 and front-wheel 3, can turn to ground pivot prop up in the head tube 12 of the front end of vehicle frame 11.At the bottom of vehicle frame 11 rear side, the ground pivot that can fluctuate props up the underside of forward of shaking unit 21.Turn to handgrip 2 and be bearing in passenger on body tail and take a seat and be configured to lower curtate between the vehicle seat 5 of use, passenger is set on this lower curtate and puts the pedal 6 that pin is used.
Vehicle frame 11 forms by engaging integratedly multiple steel by welding etc., possesses head tube 12, main truss 13, horizontal framework 14, rear framework 15, pivot plate 16, and crossbeam 17.Head tube 12 is positioned at the leading section of vehicle frame 11.Main truss 13, from head tube 12 to after tiltedly extend at rear, in the rearward bending of body forward structure downside, extends.Horizontal framework 14 extends existence to the left and right at the front and back of body bottom section pars intermedia, engages the rearward end of main truss 13 at its left and right pars intermedia.Rear framework 15 in the rearward bending of body tail upside, extends after extending from the left and right end portions of horizontal framework 14 to tiltedly rear.Side engagement after the left and right end portions of pivot plate 16 and horizontal framework 14.Between the rear portion of the rear framework 15 about crossbeam 17 is connected across.
Shake unit 21 and be by the Poewr transmission mechanism 23 in its anterior driving engine 22 and left side, rear portion integrated oscillating type powerplant module, its front portion can fluctuate and be bearing on pivot plate 16 through suspension connecting rod 16a, and left side, rear portion on framework 15, forms at body tail the rear linkage that shakes set type thus after on the left of posterior bumper 7 can approach and remotely be bearing in.
In the rearward end of Poewr transmission mechanism 23, support revolvably to the outstanding axletree of rear wheel 4a of its right-hand (vehicle body central side).So, by the rotary power of above-mentioned bent axle, through Poewr transmission mechanism 23, to axletree of rear wheel 4a, transmitting, the trailing wheel 4 being supported on this axletree of rear wheel 4a drives, and two-wheeled 1 travels.
The steering shaft 8 that forms steering system parts is bearing in head tube 12 revolvably, in the upper end of steering shaft 8, arranges and turns to handgrip 2, and the lower end of steering shaft 8 is outstanding downwards from head tube 12.In the lower end of steering shaft 8 through bridgeware the top in conjunction with pair of right and left front fork 9, between the bottom of the front fork 9 of left and right, support revolvably front-wheel 3.
In the front portion of pedal 6, the leg protection cover 30 that erects upward, covers driver's leg from the place ahead is set.Leg protection cover 30 possesses from the place ahead and the tiltedly front portion of front left and right outer side covers main truss 13 and the protecgulum 31 of head tube 12 and from rear, cover the front portion of main truss 13 and the inner cap 34 of head tube 12, in the formation space, inner side of protecgulum 31 and inner cap 34.Protecgulum 31 is divided to be configured to from the anterior upside of the place ahead covering car frame 11 middle cover 32 and to be connected with the side of front middle cover 32, the anterior pair of right and left front side cap 33 of outer side covers vehicle frame 11 from tiltedly.Middle cover 32 before arranging between the front portion of front side cap 33.
In addition, on two-wheeled 1, possess and from left and right, cover vehicle frame 11(main truss 13) bottom base plate side cover 35, from the place ahead covering car frame 11 middle cover 36, and from side, cover the pair of right and left rear side cover 37 at the rear portion of vehicle frame 11.In addition, on the top of the front fork 9 of left and right, be provided with front fender apron 10.
Above the rear side cover 37 of rear middle cover 36 and left and right, support above-mentioned vehicle seat 5.In the front portion of the rear side cover 37 by rear middle cover 36 and left and right round position, set the containing box 38 that the article such as the helmet are taken in.In addition, between the rear of containing box 38 and the rear portion of pair of right and left rear side cover 37, set Fuel Tank 39.
With reference to Fig. 1～Fig. 3, in two-wheeled 1, in leg protection cover 30 inside, at the place ahead of head tube 12 setting battery 40.Battery 40, can install and remove and be incorporated in the anterior battery box 41 that is fixedly supported upon head tube 12.Battery box 41 forms rectangular-shaped accommodation space, and this rectangular-shaped accommodation space has bottom wall part and side wall portion, towards upper opening, makes length direction along left and right directions in cross-sectional plane.Battery 40 is rectangular-shaped, from the peristome 42 of the opening upward of battery box 41, is incorporated in battery box 41.
As shown in Figures 2 and 3, the corner portion of the left and right on the front side of battery 40, being respectively formed at while overlooking is rectangular-shaped left side recess 43L and right side recess 43R.Left side recess 43L and right side recess 43R forwards and outside overall width direction open respectively.At left side recess 43L, set the binding post 44L as the side of the positive electrode of battery connecting portion, at right side recess 43R, set the binding post 44R as the negative side of battery connecting portion.
The binding post 44L of side of the positive electrode is connected with the battery flexible cord 45L of side of the positive electrode, and the binding post 44R of negative side is connected with the battery flexible cord 45R of negative side.The battery flexible cord 45L of side of the positive electrode has terminal 46L and the flexible cord main body 47L of side of the positive electrode.The connecting portion of one end of the terminal 46L of side of the positive electrode is connected by screwing up with the binding post 44L of side of the positive electrode.Flexible cord main body 47L is connected with the other end of the terminal 46L of side of the positive electrode.In addition, the battery flexible cord 45R of negative side has terminal 46R and the flexible cord main body 47R of negative side.The connecting portion of one end of the terminal 46R of negative side is connected by screwing up with the binding post 44R of negative side.Flexible cord main body 47R is connected with the other end of the terminal 46R of negative side.Flexible cord main body 47L, 47R are corresponding with distribution.
The battery flexible cord 45R of the battery flexible cord 45L of side of the positive electrode and negative side, respectively the mode distribution rearward to extend from battery 40.In addition, the terminal 46L of side of the positive electrode is connected with the binding post 44L of side of the positive electrode to cover binding post 44L and the outstanding mode to the left side of the foreign side as battery 40 of usining of side of the positive electrode from top, and the terminal 46R of negative side is usingd from the binding post 44R of top covering negative side and outstanding mode is connected with the binding post 44R of negative side to the right side of the foreign side as battery 40.
In addition, in illustrated example, the terminal 46L of side of the positive electrode is covered by the lid forming with resin material, and the metal-made terminal of this lid and lid covering is thus included, and is called the terminal 46L of side of the positive electrode.In addition, Reference numeral 48 represents for battery 40 is fixed on to the band on battery box 41.
In Fig. 4～Figure 11, represent to explain the battery outer structure that battery 40 is accommodated in to the present embodiment in battery box 41.In Fig. 4～Fig. 9, represent to have pulled down from battery 40 state of the battery flexible cord 45L of side of the positive electrode and the battery flexible cord 45R of negative side.
In the present embodiment, battery box 41 possesses battery box main body 50 and from outside, surrounds this battery box main body 50, battery box main body 50 is bearing in to the battery box supporting member 51 of body side, and battery 40 is incorporated in the inner side of battery box main body 50.In Figure 10 and Figure 11, represent battery box main body 50, in Fig. 4～Fig. 9, for convenience of description, in battery box main body 50, mark point represents.
Battery box supporting member 51, form the reticulation that a plurality of sheet metals is intersected in length and breadth and it has been carried out to welding, possess through battery box main body 50 from the bottom wall part 51A(of below supporting battery 40 with reference to Fig. 7) and round the side wall portion 51B(of the side wall portion of battery box main body 50 with reference to Fig. 4).
Battery box supporting member 51 possesses the transverse slat consisting of sheet metal 52 and the stringer board 53 that is formed respectively Fang shape, as shown in Figures 7 and 8, transverse slat 52 is by a pair of arm 52A, the 52B that extend abreast with the connecting part 52C that these arms 52A, 52B link is formed.In addition, as shown in Figure 6, stringer board 53 is by a pair of arm 53A, the 53B that extend abreast and the connecting part 53C of these arms 53A, 53B link is formed.
The bottom wall part 51A of battery box supporting member 51, the connecting part 53C of the connecting part 52C by the transverse slat 52 that makes to extend along left and right directions and the stringer board 53 extending along fore-and-aft direction is crossed as crosswise when overlooking, the position that welding intersects, consists of connecting part 52C and connecting part 53C.Transverse slat 52 and stringer board 53 soldered state under, arm 52A, 52B and arm 53A, 53B become respectively upward the state that (substantially vertical direction) extends, and form a part for the side wall portion of battery box supporting member 51.In illustrated example, as shown in Figure 7, Figure 8, arm 52A is positioned at left side, and arm 52B is positioned at right side, and arm 53A is positioned at front side, and arm 53B is positioned at rear side.
The sidewall paneling 54 of permanent moment shape on arm 52A, 52B and arm 53A, 53B.Sidewall paneling 54 is round these arms 52A, 52B and arm 53A, 53B, and while overlooking, length direction is along left and right directions.This sidewall paneling 54, arm 52A, 52B and arm 53A, 53B form the side wall portion of battery box supporting member 51 together.Sidewall paneling 54 intersects with arm 52A, 52B and arm 53A, 53B with the state of quadrature roughly, and approximate horizontal ground extends, and forms rectangular-shaped when overlooking.In addition, sidewall paneling 54 in the present embodiment, consists of a plurality of sheet metals.Here, sidewall paneling 54 is corresponding with the first rib, and arm 52A, 52B and arm 53A, 53B are corresponding with the second rib.
Battery box supporting member 51, by sidewall paneling 54, arm 52A, 52B and arm 53A, 53B, forming cross-sectional plane is from top, to take in battery box main body 50 in rectangular-shaped ，Ci space, space.The battery box main body 50 being formed by resin material, possess to the bottom wall part 50A supporting below of battery 40 and when the overlooking of the side wall portion of battery 40 the side wall portion 50B of rectangular shape, upward opening.Above-mentioned peristome 42, in the present embodiment, the peristome forming with upper ora terminalis by side wall portion 50B is corresponding.
In Figure 10, Figure 11, represent battery box main body 50, in these figure, for convenience of description, represent that battery box main body 50 has been mounted on the direction (FR, UP, LH) of vehicle of the state of body side.Battery box main body 50, the mode of exposing laterally from battery box main body 50 with battery 40 possesses a plurality of lightening hole portion at its bottom wall part 50A and side wall portion 50B.
In detail, on front wall portion side wall portion 50B, that be positioned at front side, to form the mode of otch, form rectangular-shaped front side lightening hole portion 56, in rear wall parts side wall portion 50B, that be positioned at rear side, to form the mode of otch, form rectangular-shaped rear side lightening hole portion 57.In addition, in left wall portion side wall portion 50B, that be positioned at left side, to form the mode of otch, form rectangular-shaped left side lightening hole portion 58, in right wall side wall portion 50B, that be positioned at right side portion, to form the mode of otch, form rectangular-shaped right side lightening hole portion 59.
In addition, as shown in figure 11, each lightening hole portion 56～59 forms across bottom wall part 50A is upper, and a lower surface part for battery 40 is exposed laterally from bottom wall part 50A.
And, in the corner portion in the left side of the rear side of bottom wall part 50A, being formed with left side turning lightening hole portion 60, the corner portion on the right side of the rear side of bottom wall part 50A is formed with right hand corner lightening hole portion 61.Left side turning lightening hole portion 60 and right hand corner lightening hole portion 61 extend from bottom wall part 50A side direction top respectively, across side wall portion 50B is upper, form.By such formation lightening hole portion, can seek the inhibition of the lightweight of battery box main body 50 and the use amount of resin material.
In addition, as shown in figure 10, on the bottom wall part 50A of battery box main body 50, the mode of arranging 3 with the length direction in battery box main body 50 arranges the rib 62 extending integratedly downwards, and bottom wall part 50A is through these rib 62 and battery box supporting member 51 butts.
In addition, the region in the left side of rear wall parts side wall portion 50B, that be positioned at rear side of battery box main body 50, forms rearward jut 63 outstanding and that direction is extended up and down.This jut 63 is formed and makes acute angle right-angled triangle downward when side-looking, with sidewall paneling 54 engagings, prevents that battery box main body 50 from deviating from from battery box supporting member 51.
As shown in Fig. 5, Fig. 8 and Fig. 9, when battery box main body 50 has been incorporated in battery box supporting member 51, the approaching or butt (being approaching in illustrated example) below of the rear wall parts of the sidewall paneling 54 of the upper end of jut 63 and battery box supporting member 51.Thus, battery box main body 50 deviates to be prevented from from battery box supporting member 51.Here, comparatively with reference to Fig. 7 and Fig. 8, the front wall portion of the sidewall paneling 54 of battery box supporting member 51 below from the height H 1 of leaving above of the bottom wall part 51A of battery box supporting member 51, with the rear wall parts of the sidewall paneling 54 of battery box supporting member 51 from the height h1 leaving of the bottom wall part 51A of battery box supporting member 51, compare change greatly above below.That is, the height of sidewall paneling 54 is mutually different when vehicle is faced with vehicle rearview, and the height below of the rear wall parts of sidewall paneling 54 is compared step-down with the height below of the front wall portion of sidewall paneling 54.
Therefore, the in the situation that of being only accommodated state shown in Fig. 7, Fig. 8 etc. in battery box main body 50 in battery box supporting member 51, that is, only in the situation that be contained with regular direction, just effectively carry out anticreep.
Fig. 4～Fig. 9 represents that battery 40 has been incorporated in the state (hereinafter referred to as receiving state) in battery box main body 50, under this receiving state, is the left side recess 43L of battery 40 and the state that right side recess 43R is positioned at front side.And, in the present embodiment, form in the following manner battery box main body 50, , under this receiving state, be set up the corner portion of the battery 40 of left side recess 43L and right side recess 43R with formation, 2 faces on battery 40 (above and left surface front side, before and right flank front side) approach or butt, the height (height of the upper ora terminalis of corner portion) of the corner portion of the left and right, front side of the peristome 42 of battery box main body 50, be in the bottom surface of left side recess 43L and right side recess 43R in detail than left side recess 43L and right side recess 43R() low position.
On the other hand, in battery box main body 50, when in receiving state with form 2 faces on the battery 40 of corner portion of the battery 40 be set up left side recess 43L and right side recess 43R (above and left surface front side, above and right flank front side) keep off or the corner portion on the Bu Zhong right side, corner of the rear side left and right of peristome 42 butt, battery box main body 50, the protuberance 64 extending is upward set integratedly.As learnt with reference to Fig. 4, Fig. 5 etc., this protuberance 64, to be incorporated under the state in battery box main body 50 bottom surface of left side recess 43L and right side recess 43R in detail with the left side recess 43L of battery 40 and right side recess 43R(at battery 40) compare outstanding upward mode and form.In more detail, under receiving state, protuberance 64 is projected into the high position of binding post 44R than the binding post 44L of side of the positive electrode and negative side upward.In addition, in the present embodiment, although that protuberance 64 is compared with left side recess 43L and right side recess 43R is highly outstanding, also can at least compares outstanding upward mode with left side recess 43L and form.
And protuberance 64 forms cross-sectional plane L word shape, in the right corner of the rear side along battery 40 mode that portion extends upward that falls, form.In addition, as shown in Fig. 5 and Fig. 8, the position of having extended from being set up the corner portion to the left of corner portion on the right side of protuberance 64 on the peristome 42 of battery box main body 50, forms so that its height is mode of staged step-down along with the corner portion in trend left side.
In the battery outer structure of the present embodiment of having recorded above, as shown in Figure 4, at battery 40, by the direction with regular, be accommodated under the receiving state in battery box main body 50, with formation be set up the battery 40 of left side recess 43L and right side recess 43R 2 faces corner portion, on battery 40 (above and left surface front side, above and right flank front side) approach or the corner portion of the left and right, front side of peristome 42 butt, battery box main body 50, be in than left side recess 43L and the low position of recess 43R, right side.Therefore, as shown in Figures 2 and 3, the mode of allowing to cover the binding post 44L of side of the positive electrode and the binding post 44R of negative side and extending to the foreign side (left side or right side) of battery 40, connects respectively the terminal 46L of side of the positive electrode and the terminal 46R of negative side.
On the other hand, as shown in figure 12, in the situation that hypothesis will be accommodated in the state (hereinafter referred to as fictitious state) in battery box main body 50 by battery 40 in the mode different from receiving state, the right corner of rear side of peristome 42 that has been set up the battery box main body 50 of protuberance 64 portion that falls, 2 faces corner portion, on battery 40 that have been set up the battery 40 of (because take in and be positioned at right side with the direction different with receiving state) left side recess 43L from formation approach or butt, and protuberance 64 compares outstanding upward with left side recess 43L.In detail, in the present embodiment, protuberance 64 is projected into upward the position higher than the binding post 44L of side of the positive electrode under fictitious state.
Therefore, under fictitious state, the in the situation that of in hypothesis has been accommodated in battery box main body 50 by battery 40, become the state that protuberance 64 has been given prominence to upward than left side recess 43L, the terminal 46R that has been configured in the negative side in vehicle body left side extends to the foreign side (right side) of battery 40, can become and be difficult to be connected with the binding post 44L of side of the positive electrode.Therefore, can be constrained to the binding post 44L that makes battery 40(side of the positive electrode) can not be connected with the terminal 46R of negative side.Therefore, in the battery outer structure of present embodiment, easily identify the direction of taking in of battery 40, and can prevent that battery terminal is by anti-loaded.Thus, can improve the matching of battery 40 and battery box 41.
In addition, in the present embodiment, because protuberance 64 is projected into upward the position higher than the binding post 44L of side of the positive electrode under fictitious state, so, can positively make the terminal 46R of negative side become easily and protuberance 64 interference, so, can effectively prevent the anti-dress of battery terminal.
In addition, at this in two-wheeled 1, from battery box 41 mounting or dismounting battery 40 in the situation that, pull down front middle cover 32, from vehicle front side, can carry out the mounting or dismounting operation of battery 40.
In addition, in the situation that be provided with protuberance 64 as the battery outer structure of present embodiment, when battery 40 is accommodated in battery box main body 50 normally, by after encountering protuberance 64 at battery 40, battery 40 being inserted, can also improve assembleability and operating efficiency.And, because protuberance 64 is located in battery box main body 50, so, can easily differentiate the direction of battery box main body 50.Therefore, can improve the matching of battery box main body 50.
In addition, in the battery outer structure of present embodiment, the mode that battery box main body 50 is exposed from battery box main body 50 laterally with battery 40 possesses lightening hole portion at its bottom wall part 50A and side wall portion 50B, by forming lightening hole, drainage when lightweight, the rainwater that can guarantee battery box 41 immerses.
In addition, in lightening hole portion, two corner portions that are included in the bottom wall part 50A rear side of battery box main body 50 form turning, left side lightening hole portion 60 and the right hand corner lightening hole portion 61 of lightening hole.In the situation that having done like this, by the bottom wall part 50A front side in battery box main body 50 and bottom wall part 50A rear side, show the difference of structure, can easily identify battery box main body 50 with respect to the installation direction of battery box supporting member 51.In addition, as other means, also can the lightening hole portion less than rear side be also set at bottom wall part 50A front side, show the difference of structure.
In addition, in the battery outer structure of present embodiment, by battery box main body 50, on its side wall portion 50B, be equipped with the jut 63 with 51 engagings of battery box supporting member, can make and be difficult to the structure battery box main body 50 extracted from battery box supporting member 51.And such structure of deviating to prevent is only realized by jut 63 is set in battery box main body 50, can cut down the cost of constructing structure.In addition, jut 63 also can be located at the front side of battery box main body 50.
In addition, in the battery outer structure of present embodiment, battery box supporting member 51 possesses approximate horizontal and extends, round arm 52A, 52B and arm 53A, the 53B of the sidewall paneling 54 of conduct the first rib of the side wall portion 50B of battery box main body 50 and conduct the second rib of intersecting with sidewall paneling 54, generally perpendicularly extending, by them, form its side wall portion 51B.And the peristome 42 of battery box main body 50 is set at the position higher than sidewall paneling 54.In the case, because the peristome of battery box main body 50 42 is arranged on to high position, so, can prevent battery 40 and sidewall paneling 54 interference, can improve the protectiveness of battery 40.
In addition, in the battery outer structure of present embodiment, the side that the front side on above-mentioned jut 63 and sidewall paneling 54 and the height in rear side are low approaches or butt and engaged.In the case, can improve the matching of battery box main body 50.
In addition, in the battery outer structure of present embodiment, the position (position of extending to the left) of having extended to the corner portion different from this corner portion from being set up the corner portion of protuberance 64 on the peristome 42 of battery box main body 50, forms so that its height is the mode of staged step-down along with trend left side.Like this, formed battery box main body 50 by resin in the situation that, by suppressing the use amount of resin material, can realize lightweight and cost.
In addition, in the battery outer structure of present embodiment, the rib 62 extending from the bottom wall part 50A of battery box main body 50 is set downwards, through this rib 62, the bottom wall part 50A of battery box main body 50 and battery box supporting member 51 butts.In the situation that being provided with like this rib 62, because space can be set between the bottom wall part 50A of battery box main body 50 and battery box supporting member 51, so, can improve the drainage of the water being detained between them.In addition, because can be by the thickness of slab attenuate of bottom wall part 50A, so, can seek lightweight, and can reduce costs.
In addition, in the present embodiment, rib 62 forms by injection moulding and battery box main body 50, by suitably, by rib 62 skivings, can easily carry out battery box main body 50 with respect to the height adjustment of battery box supporting member 51.In addition, in the present embodiment, right hand corner lightening hole portion 61 and protuberance 64 are positioned at the same corner portion in battery box main body 50, by reduced the amount of the resin using by right hand corner lightening hole portion 61, supply to the resin of protuberance 64 becomes smoothly, and protuberance 64 is suitably formed.
Above, embodiment of the present utility model has been described, but the utility model is not limited to above-mentioned embodiment, in the scope that does not depart from aim of the present utility model, can applies numerous variations.
For example, in the above-described embodiment, although understand that protuberance 64 is arranged on the example of corner portion of regulation of the peristome 42 of battery box main body 50, but also can be located at the corner portion of peristome of the opening upward of battery box supporting member 51.Specifically, the corner portion at the rear side of sidewall paneling 54 arranges protuberance 64 etc.
In addition, although the rib 62 being formed in battery box main body 50 has been made into circular rib, can be also the shape of rectangle etc., its number is also not limited to three, can be also one or two or is more than or equal to four.
In addition, in the above-described embodiment, although understand the situation that battery box 41 consists of battery box main body 50 and battery box supporting member 51, but also battery 40 directly can be accommodated in battery box supporting member 51.
In addition, in the above-described embodiment, although understand the fall example of portion of right corner that protuberance 64 is arranged on the rear side of battery box main body 50, but protuberance 64 also can be located at the corner portion of the rear side left and right of battery box main body 50, also can only be located at the left comer portion that falls.
In addition, in the above-described embodiment, although clear, make length direction along left and right directions, take in the example of battery 40, but also can make length direction take in along fore-and-aft direction.As the position of the binding post of battery connecting portion in the case, also can be arranged at the front side of battery that the mode of left and right arranges, the mode after also can being arranged in front on the right side of battery arranges etc.
In addition, in the above-described embodiment, although do not form lightening hole portion in the center side of the bottom wall part 50A of battery box main body 50, also can form lightening hole portion in center side.
In addition, in the above-described embodiment, the utility model has been used in portable vehicle, but the utility model also can be used in the Straddle riding type vehicle of various forms.And the reception position of battery etc. is not limited to above-mentioned embodiment.For example, battery etc. not need to by the specific lid of Straddle riding type vehicle round, also battery outer position can be set in the inside of below-seat, pedal.
Description of reference numerals:
1 two-wheeled (Straddle riding type vehicle)
12 head tubes
32 front middle cover
33 front side caps
34 inner caps
40 batteries
41 battery boxs
42 peristomes
43L left side recess (recess)
43R right side recess (recess)
The binding post of 44L side of the positive electrode (battery connecting portion)
The binding post of 44R negative side (battery connecting portion)
The terminal of 46L side of the positive electrode (battery terminal)
The terminal of 46R negative side (battery terminal)
47L flexible cord main body (distribution)
47R flexible cord main body (distribution)
50 battery box main bodys
51 battery box supporting members
52A, 52B, 53A, 53B arm (the second rib)
54 sidewall panelinies (the first rib)
60 turning, left side lightening hole portions (turning lightening hole portion)
61 right hand corner lightening hole portions (turning lightening hole portion)
62 ribs
63 juts
64 protuberances.
Claims (11)
1. a battery outer structure for Straddle riding type vehicle, possesses battery box (41) and battery (40); This battery box (41) has bottom wall part and side wall portion, opening upward, the accommodation space that to form cross-sectional plane be rectangle; This battery (40) is incorporated in above-mentioned battery box (41), for rectangular-shaped in the mode that can install and remove;
Above-mentioned battery (40) is incorporated in above-mentioned battery box (41) from the peristome (42) of the opening upward of above-mentioned battery box (41);
The recess of the corner portion on be located at above-mentioned battery (40) (43L, 43R) is equipped with battery connecting portion (44L, 44R);
Battery terminal (46L, 46R) is connected with above-mentioned battery connecting portion (44L, 44R), and this battery terminal (46L, 46R) at one end has the connecting portion with above-mentioned battery connecting portion (44L, 44R), and the other end is connected with distribution (47L, 47R);
Above-mentioned battery terminal (46L, 46R) is connected with above-mentioned battery connecting portion (44L, 44R) in the mode that covers above-mentioned battery connecting portion (44L, 44R) and extend to the foreign side of above-mentioned battery (40), it is characterized in that:
At above-mentioned battery (40), be incorporated under the receiving state in above-mentioned battery box (41), the above-mentioned peristome (42) of above-mentioned battery box (41), be set up with formation that 2 faces on the above-mentioned battery (40) of corner portion of above-mentioned battery (40) of above-mentioned recess (43L, 43R) approach or the height of the corner portion of butt, be set at than the low position of above-mentioned recess (43L, 43R);
The above-mentioned peristome (42) of above-mentioned battery box (41), when in above-mentioned receiving state and formation be set up that 2 faces on the above-mentioned battery (40) of corner portion of above-mentioned battery (40) of above-mentioned recess (43L, 43R) are kept off or the corner portion of butt, be provided with the protuberance (64) extending upward.
2. the battery outer structure of Straddle riding type vehicle according to claim 1, it is characterized in that: raised part (64), under above-mentioned receiving state, be projected into upward than the high position of above-mentioned battery connecting portion (44L, 44R) that has been provided in above-mentioned recess (43L, 43R).
3. the battery outer structure of Straddle riding type vehicle according to claim 1 and 2, it is characterized in that: above-mentioned battery box (41) possesses battery box main body (50), and from outside round this battery box main body (50) and this battery box main body (50) is bearing in to the battery box supporting member (51) of body side;
Above-mentioned battery (40) is incorporated in the inner side of above-mentioned battery box main body (50);
Raised part (64) is arranged on above-mentioned peristome (42) in above-mentioned battery box main body (50) or the above-mentioned peristome on above-mentioned battery box supporting member (51).
4. the battery outer structure of Straddle riding type vehicle according to claim 3, it is characterized in that: above-mentioned battery box main body (50) possesses lightening hole portion at least either party of its bottom wall part and side wall portion, thereby above-mentioned battery (40) is exposed laterally from above-mentioned battery box main body (50).
5. the battery outer structure of Straddle riding type vehicle according to claim 4, it is characterized in that: in above-mentioned lightening hole portion, two corner portions that are included in the bottom wall part rear side of above-mentioned battery box main body (50) form the turning lightening hole portion (60,61) of lightening holes.
6. the battery outer structure of Straddle riding type vehicle according to claim 3, is characterized in that: above-mentioned battery box main body (50), possesses the jut (63) with above-mentioned battery box supporting member (51) engaging at its side wall portion.
7. the battery outer structure of Straddle riding type vehicle according to claim 3, it is characterized in that: above-mentioned battery box supporting member (51) possess approximate horizontal and extend round first rib (54) of the side wall portion of above-mentioned battery box main body (50), the second rib (52A, 52B, 53A, 53B) that the first rib (54) generally perpendicularly extends across therewith, forms side wall portion by these first ribs (54) and the second rib (52A, 52B, 53A, 53B);
The above-mentioned peristome (42) of above-mentioned battery box main body (50) is set at than the high position of above-mentioned the first rib (54).
8. the battery outer structure of Straddle riding type vehicle according to claim 3, is characterized in that: above-mentioned battery box main body (50) possesses the jut (63) with above-mentioned battery box supporting member (51) engaging at its side wall portion;
Above-mentioned battery box supporting member (51) possess approximate horizontal and extend round first rib (54) of the side wall portion of above-mentioned battery box main body (50), and the second rib (52A, 52B, 53A, 53B) that the first rib (54) generally perpendicularly extends across therewith;
The height below of above-mentioned the first rib (54) is mutually different when watching before vehicle and watch from vehicle back;
Above-mentioned jut (63), that side engaging low with height below in the front side of above-mentioned the first rib (54) and rear side.
9. the battery outer structure of Straddle riding type vehicle according to claim 3, is characterized in that: the above-mentioned peristome (42) in above-mentioned battery box main body (50) is provided with raised part (64);
The position of having extended to the corner portion different from this corner portion from being set up the corner portion of raised part (64) on the above-mentioned peristome (42) of above-mentioned battery box main body (50), so that its height forms along be the mode of staged step-down from being set up the above-mentioned different corner portion of trend of corner portion of raised part (64).
10. the battery outer structure of Straddle riding type vehicle according to claim 3, it is characterized in that: be provided with the rib (62) extending from the bottom wall part of above-mentioned battery box main body (50) downwards, the bottom wall part of above-mentioned battery box main body (50) is through this rib (62) and above-mentioned battery box supporting member (51) butt.
The battery outer structure of 11. Straddle riding type vehicles according to claim 1 and 2, it is characterized in that: above-mentioned Straddle riding type vehicle possesses the inner cap (34) at the rear portion of covering head tube (12), the pair of right and left front side cap (33) forwards extending from the both sides of above-mentioned inner cap (34), and be located at the front middle cover (32) between the front portion of above-mentioned pair of right and left front side cap (33);
Above-mentioned battery box (41) be configured in by above-mentioned inner cap (34), above-mentioned front side cap (33) and above-mentioned front middle cover (32) round space in, above-mentioned battery (40) is accommodated in above-mentioned battery box (41).
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2012263028A JP5779571B2 (en) | 2012-11-30 | 2012-11-30 | Battery storage structure for saddle riding type vehicle |
| JP2012-263028 | 2012-11-30 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203472501U true CN203472501U (en) | 2014-03-12 |
Family
ID=50220893
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320542837.XU Expired - Fee Related CN203472501U (en) | 2012-11-30 | 2013-09-03 | Battery storage structure of riding type vehicle |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP5779571B2 (en) |
| CN (1) | CN203472501U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109204197A (en) * | 2017-07-03 | 2019-01-15 | 本田技研工业株式会社 | Battery support construction |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| PH12016000481A1 (en) * | 2016-01-08 | 2018-07-02 | Honda Motor Co Ltd | Vehicle |
| CN218274855U (en) * | 2022-10-12 | 2023-01-10 | 宁德时代新能源科技股份有限公司 | Battery case, battery monomer, battery and power consumption device |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP5438446B2 (en) * | 2009-09-18 | 2014-03-12 | 本田技研工業株式会社 | Battery compartment structure for saddle-ride type vehicles |
-
2012
- 2012-11-30 JP JP2012263028A patent/JP5779571B2/en active Active
-
2013
- 2013-09-03 CN CN201320542837.XU patent/CN203472501U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109204197A (en) * | 2017-07-03 | 2019-01-15 | 本田技研工业株式会社 | Battery support construction |
| CN109204197B (en) * | 2017-07-03 | 2022-08-09 | 本田技研工业株式会社 | Battery support structure |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2014108674A (en) | 2014-06-12 |
| JP5779571B2 (en) | 2015-09-16 |
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Granted publication date: 20140312 |