CN1163213A

CN1163213A - Tool storing structure for small motorcycle

Info

Publication number: CN1163213A
Application number: CN97102550A
Authority: CN
Inventors: 三浦孝吉
Original assignee: Honda Motor Co Ltd
Current assignee: Honda Motor Co Ltd
Priority date: 1996-03-19
Filing date: 1997-02-26
Publication date: 1997-10-29
Anticipated expiration: 2017-02-26
Also published as: JP3675935B2; TW403073U; CN1100692C; JPH09254848A

Abstract

The present invention provides a tool storing structure for small motorcycle to prevent breakage of an inner box due to the movement of a tool and generation of harsh noise when the tool is brought into contact with the inner box. A storage space of a tool 51 is demarcated in an inner box 40 by a partition 53, and the movement of the tool 51 in the vertical direction is regulated by a reinforcement rib 56 of the partition 53. The movement in the right-to-left direction of the tool 51 is regulated by the partition 53. In addition the movement of the tool 51 in the longitudinal direction is prevented by pressing the tool 51 by a pressing means so as to prevent the tool 51 from coming off rearward. The tool 51 stored in the inner box 40 is regulated so as not to be moved due to vibration, etc, during the traveling.

Description

The tool storing structure of motor scooter

The present invention relates to the tool storing structure of motor scooter.

In known motor scooter, the for example real technology of opening " the interior case of motor scooter " of flat 3-32576 number record of Japanese patent gazette is arranged, this technology such as above-mentioned communique shown in Figure 3, be that (label of quoting here is to put down in writing in the above-mentioned communique for boxroom 12 at interior case, after below also like this) lining is provided with shelf 17,17, boxroom 12 internal intervals are opened with shelf 17,17.If with this interior case, just can be placed on instrument etc. on the shelf 17.

But, owing to just instrument is placed on the shelf 17, thereby in advancing,, instrument is moved owing to reasons such as vibrations, the danger of case in destroying with regard to case in the instrument collision is arranged, and send the problem of unpleasant to hear sound when having instrument to collide interior case.

The purpose of this invention is to provide a kind of can make be collected in instrument in the case can be in advancing because of the tool storing structure of former thereby mobile motor scooter such as vibration.

Making invention as claimed in claim 1 in order to achieve the above object is the tool storing structure of the motor scooter of tool storing in interior case, it is characterized in that: it is installed with the spaced walls that is separated out the instrument receiving space in interior case, on this spaced walls, be provided with the strengthening rib that is also used as the member that the restriction instrument moves to the wall direction, be provided with the hold-down mechanism that the instrument of preventing rearward drops out at the entrance side of receiving space.

In interior case, be separated out the instrument receiving space with spaced walls, and limit instrument moving to the wall direction with the strengthening rib of spaced walls.And use the hold-down mechanism compaction tool, and prevent instrument moving of direction forwards, backwards thus, instrument can not dropped out from the rear.

Instrument in like this, will being collected in the case is can be because of vibration etc. in advancing not former thereby limited movably.

Owing on spaced walls, be provided with strengthening rib, thereby increased the intensity of spaced walls, made the spaced walls can flexural deformation.So just can more effectively limit instrument moving to the wall direction.

Aforesaid right requires 2 described inventions, it is characterized in that: above-mentioned interval wall energy is installed in the interior case with freely dismantling.

Owing in case in wall energy is installed in with freely dismantling at interval, thereby just can after the spaced walls dismounting, collect bigger luggage etc. as required.

Fig. 1 is the lateral plan of expression motor scooter of the present invention,

Fig. 2 is the rear oblique view of expression motor scooter of the present invention,

Fig. 3 is the cross sectional drawing of obtaining along the 3-3 line of Fig. 2,

Fig. 4 is the cross sectional drawing of obtaining along the 4-4 line of Fig. 2,

Fig. 5 is the scheme drawing of the sequence of erection of expression tool storing structure of the present invention.

Below, with reference to accompanying drawing embodiments of the invention are described.

Fig. 1 is the lateral plan of expression motor scooter of the present invention, and motor scooter 1 is made of vehicle frame 2, the car cover 10 that covers this vehicle frame 2, front-wheel 21 and trailing wheel 22, seat 23 and engine installation 30 etc.

Vehicle frame 2 by be responsible for 3, can be bearing in to steering this be responsible for the front fork 4 on 3, the handlebar 5 that is connected with this front fork 4, from be responsible for 3 to the down pipe 6 of back lower place extension and from the lower end of this down pipe 6 backwards continuously the after-frame 7 of setting constitute.Setting up front-wheel 21 in the bottom of front fork 4.

After-frame 7 from the top, substantially oblong-shaped, it is roughly become structural portion 7a (only representing a side among Fig. 1), the pair of right and left intermediate frame 7b of portion that extends towards the back upper place from the rear portion of these preceding structural portion 7a before the pair of right and left that on even keel extends backwards, interconnective back, the rear end of the 7b of this intermediate frame portion structural portion 7c is constituted by the lower end from down pipe 6.

Car cover 10 is made of the toe board 15 of the front shroud 11 on top that cover to be responsible for 3 front portion and front-wheel 21 and front side cover 12, the handlebar cover 13 that covers handlebar 5, the preceding inner cover 14 that covers pin the place ahead of driver, supporting driver person's heel, the central authorities' cover 16 that covers the front portion of intermediate frame 7b, the side cover 17 and the end cover 18 that cover the two sides, rear portion of vehicle frame 2, the back overhead guard 19 that covers the top, rear of vehicle frame 2.Disposing the rear mudguard 24 on the top that covers trailing wheel 22 at the rear portion of side cover 17.

Engine installation 30 is made of 2 stroke forced air-cooling h type engine hs 31, toric transmission 32 that the output of this driving engine 31 is passed to trailing wheel 22, and this toric transmission 32 is connected with trailing wheel 22.

The rear suspension of motor bike 1 is that Power Component 30 is made rocking arm, with posterior bumper (bumper) 33 engine installation 30 is suspended on the rocker-arm at the rear portion of vehicle frame 2.

The 34th, spare tyre is installed in the rear portion of vehicle frame 2 with tail-bracket 35 and support 36.The 37th, light deflector, the 38th, main support.

Fig. 2 is the rear oblique view of expression motor scooter of the present invention, the state that the lid of interior case is opened in expression.

Case 40 in the top of inner cover 14 is provided with being integral before above-mentioned.Interior case 40 is by the left and right sides boxroom 42,43 of the protuberance 41 that covers down pipe 6 shown in Figure 1, and the lid 44 of this left and right sides boxroom 42,43 of switch constitutes.Left side boxroom 42 is provided with tool storing structure 50 of the present invention.

The 45th, the lock of interlocks lid 44, the 46th, insert and lock 45 li key.

Fig. 3 is the cross sectional drawing of obtaining along the 3-3 line of Fig. 2, the state of the tool storing structure of the present invention 50 that expression obtains from the side.

Tool storing structure 50 is made of following member, that is, be installed in 42 li of the boxrooms in left side, be separated out the spaced walls 53 of the receiving space 52 of instrument 51 (with reference to Fig. 4); Make spaced walls 53 can be installed in the upper and lower guide rail 54,55 of 42 li of left side boxrooms with freely dismantling; Strengthen spaced walls 53 and be also used as the strengthening rib 56 of the member that restriction instrument 51 moves up and down, be arranged on receiving space 52 inlet 52a side, prevent the hold-down mechanism 60 that instrument 51 rearward drops out.

Last side rails 54 is provided with ditch 54a (with reference to Fig. 5) on the upper wall 40a of interior case 40, and side rails 55 is provided with hyposulculus 55a (with reference to Fig. 6) on the lower wall 40b of interior case 40 down.

Strengthening rib 56 by up and down horizontal ribs 57a, the 57b that extend along last lower wall portion 40a, the 40b of interior case 40 and the vertical rib 58 of extending with horizontal ribs 57a, 57b up and down with intersecting vertically ... constitute.Little (with reference to Fig. 4) of other parts of rib aspect ratio of the pars intermedia 58a of vertical rib 58 (being the part between upper horizontal rib 57a and the lower horizontal rib 57b).

Fig. 4 is the cross sectional drawing of obtaining along the 4-4 line of Fig. 2, with long and two-short dash line representational tool 51.

Hold-down mechanism 60 is made of following member, that is, what form on the rearward end of spaced walls 53 fastens sheet 61,61 (sheet 61 of fastening of upside is illustrated in Fig. 3); Hook 63 in being installed in by Screw 62 on the protuberance 41 of case 40; Sheet 61,61 and the hook 63 non junction compress rubbers of fastening 64 will be fastened.

53a is arranged on the periphery rib on spaced walls 53 peripheries, the 65th, the Screw of fixed interval wall 53.

Below, the sequence of erection and the effect of above-described tool storing structure of the present invention are described.

Earlier compress rubber 64 is installed in and fastens on the sheet 61,61.Then in the hyposulculus 55a of last ditch 54a that the top 53b and the following 53c of spaced walls 53 is inserted in side rails 54 respectively and following side rails 55, be pressed into along hollow arrow direction 1..Then, with Screw 65 along arrow 2. direction move, in the hole 40c of case 40, combine in it is pushed with the leading section screw thread of spaced walls 53.Thus spaced walls 53 is installed in back on the interior case 40, forms receiving space 52.

Then, with instrument 51 (1T jacket tube spanner 51a, 2T jacket tube spanner 51b and screwdriver 51c) along arrow 2. direction move, and they are inserted between upper horizontal rib 57a and the lower horizontal rib 57b.Then, compress rubber 64 is fastened with hook (with reference to Fig. 4) 63.Thus, as shown in Figure 4, compress rubber 64 is contacted with 1T jacket tube spanner 51a and 2T jacket tube spanner 51b, thereby 1T jacket tube spanner 51a and 2T jacket tube spanner 51b are pressed on 52 li of receiving spaces.

Like this, instrument 51 is compressed by compress rubber 64, just can prevent instrument 51 forwards, backwards direction move, instrument 51 just can rearward not drop out.And instrument 51 is limited to the mobile of wall direction with the 57a of horizontal ribs up and down, the 57b of spaced walls 53 and spaced walls 53.Therefore, can not limited movably in traveling process with regard to the instrument 51 that can will be collected in the receiving space 52 owing to vibration.

Owing to, can strengthen the intensity of spaced walls 53 on spaced walls 53, prevent the flexural deformation of spaced walls 53, thereby can more effectively limit instrument 51 moving to the wall direction by strengthening rib 56 is set.

Owing to spaced walls 53 can be unloaded from interior case 40, thereby after just unloading spaced walls 53 from interior case 40, boxroom 42 (with reference to Fig. 2) lining on the left of bigger luggage etc. is collected in.

Also spaced walls can be arranged to horizontal direction, strengthening rib is provided with along the vertical direction.

Because the present invention has said structure, thereby following effect can be arranged.

Invention claimed in claim 1 is separated out the instrument receiving space with spaced walls in interior case, use The ribs Limit Tool of spaced walls is to the movement of wall direction. And, by pressing with hold-down mechanism Clamping tool, just can prevent instrument forwards, backwards direction move, instrument can rearward not dropped out.

Like this, just can be because of reasons such as vibrations in traveling process to the instrument that is collected in the interior case And limited movably. Thus, just can prevent the breakage of the interior case that caused by moving of instrument, And can prevent from sending when instrument from running into interior case unpleasant to hear sound.

Owing in spaced walls ribs is set, thereby has increased the intensity of spaced walls, make spaced walls Can flexural deformation. Therefore more effectively Limit Tool to the movement of wall direction.

Because invention claimed in claim 2 is that the interval wall energy is installed in interior case with freely unloading In, thereby just can be as required, after spaced walls unloaded, collect bigger luggage etc.

Claims

1. the tool storing structure of motor scooter, it tool storing in interior case, it is characterized in that: the spaced walls that is separated out the instrument receiving space is installed in the case in above-mentioned, on this spaced walls, be provided with the strengthening rib that is also used as the member that the restriction instrument moves to the wall direction, be provided with the hold-down mechanism that the instrument of preventing rearward drops out at the entrance side of receiving space.

2. the tool storing structure of motor scooter as claimed in claim 1 is characterized in that: above-mentioned interval wall energy is installed in the interior case with freely dismantling.