CN105539644A - Two-wheeled carrier - Google Patents
Two-wheeled carrier Download PDFInfo
- Publication number
- CN105539644A CN105539644A CN201610086488.3A CN201610086488A CN105539644A CN 105539644 A CN105539644 A CN 105539644A CN 201610086488 A CN201610086488 A CN 201610086488A CN 105539644 A CN105539644 A CN 105539644A
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- Prior art keywords
- mentioned
- light polymerization
- polymerization part
- luminary
- light
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B62—LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
- B62J—CYCLE SADDLES OR SEATS; AUXILIARY DEVICES OR ACCESSORIES SPECIALLY ADAPTED TO CYCLES AND NOT OTHERWISE PROVIDED FOR, e.g. ARTICLE CARRIERS OR CYCLE PROTECTORS
- B62J6/00—Arrangement of optical signalling or lighting devices on cycles; Mounting or supporting thereof; Circuits therefor
- B62J6/02—Headlights
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B62—LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
- B62J—CYCLE SADDLES OR SEATS; AUXILIARY DEVICES OR ACCESSORIES SPECIALLY ADAPTED TO CYCLES AND NOT OTHERWISE PROVIDED FOR, e.g. ARTICLE CARRIERS OR CYCLE PROTECTORS
- B62J6/00—Arrangement of optical signalling or lighting devices on cycles; Mounting or supporting thereof; Circuits therefor
- B62J6/02—Headlights
- B62J6/022—Headlights specially adapted for motorcycles or the like
- B62J6/026—Headlights specially adapted for motorcycles or the like characterised by the structure, e.g. casings
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B62—LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
- B62J—CYCLE SADDLES OR SEATS; AUXILIARY DEVICES OR ACCESSORIES SPECIALLY ADAPTED TO CYCLES AND NOT OTHERWISE PROVIDED FOR, e.g. ARTICLE CARRIERS OR CYCLE PROTECTORS
- B62J6/00—Arrangement of optical signalling or lighting devices on cycles; Mounting or supporting thereof; Circuits therefor
- B62J6/02—Headlights
- B62J6/022—Headlights specially adapted for motorcycles or the like
- B62J6/027—Supporting means therefor, e.g. mounting brackets
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Non-Portable Lighting Devices Or Systems Thereof (AREA)
Abstract
The invention provides a two-wheeled carrier. The two-wheeled carrier comprises a supporting piece, a pivotal piece, a rotary piece, a light-emitting source and an assembly piece. The first ends of two first wheels are supported through the supporting piece. The pivotal piece extends upwards from the supporting piece. The rotary piece is used for rotatably supporting the pivotal piece. The light-emitting source is arranged in front of the rotary piece. The light-emitting source is installed on the rotary piece through the assembly piece. The light-emitting source comprises luminophors on the first side and the second side and luminophors on the third side and the fourth side, and the luminophors on the first side and the second side are oppositely arranged, and the luminophors on the third side and the fourth side are arranged at the two opposite sides relative to the linear line connected with the luminophors on the first side and the second side. The assembly piece and the light-emitting source are arranged at the position not in contact with the supporting piece. According to the two-wheeled carrier, the light-emitting source can be stably mounted on a body even under the situation that the light-emitting source is enlarged.
Description
Technical field
The invention relates to the installation constitution of the light emitting source in a kind of two-wheeled carrier.
Background technology
In two-wheeled carrier, just sometimes need illumination to be able to do not having the place of light to travel, but sometimes in order to strengthen the lighting power of light emitting source, that light emitting source can be done is too huge.But if make light emitting source maximize, two-wheeled carrier is difficult to support its weight.
Summary of the invention
The object of the present invention is to provide a kind of two-wheeled carrier that also light emitting source stably can be installed on when being namely convenient to the situation that light emitting source is maximized on body.
Two-wheeled carrier of the present invention comprises the first round; Two first round strut members, it is from the relative supported on both sides above-mentioned first round; Strut member, it supports the first end of above-mentioned two first round strut members; Pivotal part, it extends upward from above-mentioned strut member; Handle, it is connected with above-mentioned pivotal part; Body, it comprises the revolving part rotatably supporting above-mentioned pivotal part; Light emitting source, it is arranged at the front of above-mentioned revolving part; And assembly parts, above-mentioned light emitting source is installed on above-mentioned body by it; And above-mentioned light emitting source comprises: the luminary of the first side and the second side, it is arranged opposite and arranges; And the 3rd luminary of side and the 4th side, it is arranged at relative both sides relative to the straight line of the luminary linking above-mentioned first side and the second side; Above-mentioned assembly parts and above-mentioned light emitting source are arranged at the position do not contacted with above-mentioned strut member; Above-mentioned assembly parts comprises the coupling member linking above-mentioned light emitting source and above-mentioned body; Above-mentioned coupling member comprises the coupling member of the first side and the second side, and the end of the above-mentioned luminous source of the coupling member of wherein said first side and the second side is separated by up and down and arranges; Wherein above-mentioned light emitting source comprises: light source supports, and it supports above-mentioned first side and the luminary of the second side and the luminary of above-mentioned 3rd side and the 4th side; And light polymerization part, it is arranged at the front of above-mentioned strut member; And above-mentioned light polymerization part comprises: the light polymerization part of the first side, it is positioned at the front of the luminary of above-mentioned first side; The light polymerization part of the second side, it is positioned at the front of the luminary of above-mentioned second side; The light polymerization part of the 3rd side, it is positioned at the front of the luminary of above-mentioned 3rd side; And the 4th side light polymerization part, it is positioned at the front of the luminary of above-mentioned 4th side; The light polymerization part of the light polymerization part of the light polymerization part of above-mentioned first side, above-mentioned second side, above-mentioned 3rd side and the light polymerization part of above-mentioned 4th side are configured as one; Wherein above-mentioned light polymerization part comprises center-point light polymerization part, and described center-point light polymerization part comprises the center-point light polymerization part of the light polymerization part of above-mentioned first side and the second side; The area of above-mentioned center-point light polymerization part when wherein observing from the front of two-wheeled carrier is greater than the area of the light polymerization part of above-mentioned 3rd side when observing from the front of two-wheeled carrier, and is greater than the area of the light polymerization part of above-mentioned 4th side when observing from the front of two-wheeled carrier; Wherein the front end of the light polymerization part of above-mentioned 3rd side is polymerized part with above-mentioned center-point light and is connected; The edge separation of rear end from the 3rd side of above-mentioned center-point light polymerization part of the light polymerization part of above-mentioned 3rd side; The front end of the light polymerization part of above-mentioned 4th side is polymerized part with above-mentioned center-point light and is connected; The edge separation of rear end from the 4th side of above-mentioned center-point light polymerization part of the light polymerization part of above-mentioned 4th side.
Light emitting source also can stably be installed on body when being namely convenient to the situation that light emitting source is maximized by two-wheeled carrier of the present invention.
Accompanying drawing explanation
Fig. 1 is the 3rd lateral plan representing that the entirety of example Load tool of the present invention is formed.
Fig. 2 is the front elevation of the Load of shown in Fig. 1 tool.
Fig. 3 is the exploded perspective view of light emitting source.
Fig. 4 is the longitudinal diagram of light emitting source.
Fig. 5 is the planar view of light emitting source.
Fig. 6 is the front elevation of light emitting source.
Fig. 7 is the section plan that the pass of light emitting source under the state representing that handle is positioned at most end when rotating to the right and strut member is.
Fig. 8 is the side cutaway view that the pass of light emitting source under the state representing that handle is positioned at most end when rotating to the right and strut member is.
Fig. 9 is the section plan that the pass of light emitting source under the state representing that handle is positioned at most end when rotating to the left and strut member is.
Figure 10 is the side cutaway view that the pass of light emitting source under the state representing that handle is positioned at most end when rotating to the left and strut member is.
Main element label declaration
Load tool 10, body 12, revolving part 14, pivotal part 16, handle 18, strut member 20, first round strut member 22, the first round 24, first barrier plate 26, lid 28, pedestal 30, motor 32, second takes turns 34, light emitting source 36, light emitting source body 38, light emitting source lampshade 40, projection part 42, reflecting element 44, strut member 45, luminary (the second side luminary) 46, light polymerization part component 48, luminary (the first side luminary) 50, parasite 52, 3rd side luminary 53, 4th side luminary 54, light polymerization part 56, center-point light polymerization part (the light polymerization part of the first side and the second side) 56C, the front end 56Cf of center-point light polymerization part, the rear end 56Cr of center-point light polymerization part, left light polymerization part 56L, the front end 56Lf of left light polymerization part, the rear end 56Lr of left light polymerization part, right light polymerization part 56R, the front end 56Rf of right light polymerization part, the rear end 56Rr of right light polymerization part, assembly parts 58, first side coupling member 60, second side coupling member 62, setting unit 64, extending part 66, sheet 68 is set, extending part 70, erection part 72, extending part 74, first setting unit 76, base 77, second setting unit 78, the lower edge 451 of strut member, the lower surface 452 of strut member, the installation surface 453 of strut member, fall into portion 521, first side extending part 661, second side extending part 662, connecting portion 663, diazepam tablet 781, diazepam tablet 782, center C, the front F of Load tool, straight line L1, straight line L2, central axis L3, right R, top U.
Detailed description of the invention
Fig. 1 is the 3rd lateral plan of example Load tool 10 of the present invention.The front elevation of figure 2 Shi Load tool 10.
Moreover, in the following description, refer to by the occupant on the pedestal 30 of Zuo Load tool 10 all around viewed all around.In Fig. 1, the front of arrow F Biao Shi Load tool 10, the top of arrow U Biao Shi Load tool 10.In Fig. 2, the right of arrow R Biao Shi Load tool 10, the top of arrow U Biao Shi Load tool 10.
Load tool 10 comprises body 12.Leading section in body 12 is provided with revolving part 14.
In revolving part 14, pivotal part 16 can be inserted with rotatably in the lateral direction.In the upper end of pivotal part 16, handle 18 is installed.By operating handle 18, and pivotal part 16 is rotated.
In the lower end of pivotal part 16, strut member 20 is installed.The first end of 22,22 (first round strut member) before two is installed on strut member 20.Prop up 22,22 before two and rotatably support the first round 24.
The first barrier plate 26 is provided with in the top of the first round 24.22,22 support the first barrier plates 26 before two.
Body 12 is covered by lid 28.Lid 28 is such as manufactured by synthetic resin.
The top of the rear side of body 12 is provided with pedestal 30.Accommodation space is formed in the below of pedestal 30.The such as helmet etc. is received in accommodation space.
The below of the rear side of body 12 is provided with motor 32.Body 12 can support motor 32 with rocking on above-below direction.
Rotatably be provided with second in the rear end of motor 32 and take turns 34.Take turns 34 by by the transmission of power to the second of motor 32, and make second to take turns 34 rotations.
Load tool 10 comprises light emitting source 36.As shown in Figure 1, 2, light emitting source 36 is arranged at the top of the first barrier plate 26 and the front of revolving part 14.
Faced by one side reference Fig. 3-6 one, light emitting source 36 is described.Fig. 3 is the exploded perspective view of light emitting source 36.Fig. 4 is the longitudinal diagram of light emitting source 36, and is the IV-IV section-drawing of Fig. 2.Fig. 5 is the planar view of light emitting source 36.Fig. 6 is the front elevation of light emitting source 36.
As in Figure 3-5, light emitting source 36 comprises light emitting source body 38 and light emitting source lampshade 40.
As shown in Figure 3,4, light emitting source body 38 comprises projection part 42, reflecting element 44 and strut member 45.
In this example, optionally light projection part 42 and reflecting element 44.The light that projection part 42 sends is for passing light.The light that reflecting element 44 sends is for country beam.
As shown in Figure 3,4, the part 42 that projects comprises luminary 46 and light polymerization part component 48.
Luminary 46 is such as halide torch.Luminary 46 is positioned at the rear end of projection part 42.
Light polymerization part component 48 is by glass manufacture.The front surface of light polymerization part component 48 is form protruding hemispheric plane of bending toward the front.The rear surface of light polymerization part 48 is the tabular surface expanded on above-below direction and left and right directions.Light polymerization part component 48 is positioned at the front end of projection part 42.Light polymerization part component 48 makes the light transmission of luminary 46.
As shown in Figure 3,4, reflecting element 44 comprises luminary 50 and parasite 52.
Luminary 50 is such as halide torch.Luminary 50 is positioned at the rear end of reflecting element 44.
Parasite 52 has the sunken portion 521 of opening toward the front.In sunken portion 521, luminary 50 is set.The light that luminary 50 sends reflects by parasite 52 toward the front.
As shown in Figure 4, strut member 45 support projection part 42 and reflecting element 44.That is, the luminary 46 that strut member 45 support projection part 42 comprises and the luminary 50 that reflecting element 44 comprises.
Herein, as shown in Figure 3,4, the part 42 that projects is arranged at comparatively reflecting element 44 more below.That is the luminary 46 of projection part 42 is the second side luminary, and the luminary 50 of reflecting element 44 is the first side luminary.
If observe from the front of two-wheeled carrier, then as shown in Figure 6, the luminary 46, the luminary 50 that comprises with reflecting element 44 arranged opposite and arranging on the position overlapped with revolving part 14 that comprise of projection part 42.Herein, in this example, as shown in Figure 4, the rear end of luminary 46 is positioned at the more front, rear end compared with luminary 50.
The fore-and-aft direction length of projection part 42 is longer than the fore-and-aft direction length of reflecting element 44.Herein, the front end of projection part 42 is the front surface central authorities of light polymerization part 48.The rear end of projection part 42 is the rear end of luminary 46.The open end in the sunken portion 521 that the front end of reflecting element 44 has for parasite 52.The rear end of reflecting element 44 is the rear end of luminary 50.
As shown in Figure 4, the front end of projection part 42 is positioned at the more front, front end compared with reflecting element 44.By this, light emitting source lampshade 40 can possess the front surface declined toward the front.Its result, can reduce the air resistance of light emitting source 36.
As shown in Fig. 3,6, light emitting source body 38 more comprises the 3rd side luminary 53 and the 4th side luminary 54.3rd side luminary 53 and the 4th side luminary 54 are installed on strut member 45.In other words, strut member 45 supports the 3rd side luminary 53 and the 4th side luminary 54.3rd side luminary 53 and the 4th side luminary 54 such as play the function as indicator lamp, flashing lamp.
As shown in Figure 6, if observe from the front of two-wheeled carrier, then the 3rd side luminary 53 and the 4th side luminary 54 are arranged at relative both sides relative to the link projection luminary 46 of part 42 with the straight line L1 of the luminary 50 of reflecting element 44.The projection luminary 46 of part 42 and the luminary 50 of reflecting element 44 are arranged at upper and lower both sides relative to the straight line L2 of link the 3rd side luminary 53 and the 4th side luminary 54.The lower end of luminary 46 of projection part 42 is positioned at the more below, lower end of each compared with the 3rd side luminary 53 and the 4th side luminary 54.
As shown in Figure 2,6, if observe from the front of two-wheeled carrier, then the 3rd side luminary 53 is positioned at compared with 22 more the 3rd sides before the 3rd side, and the 4th side luminary 54 to be positioned at compared with before the 4th side 22 more the 4th side.
As seen in figures 3-6, light emitting source lampshade 40 comprises water white plastic light polymerization part 56.Light polymerization part 56 comprises center-point light polymerization part 56C, left light polymerization part 56L and right light polymerization part 56R.Light polymerization part 56 is arranged at comparatively light polymerization part component 48 more front.
As shown in Figure 6, center-point light polymerization part 56C is positioned at the front of the projection luminary 46 of part 42 and the luminary 50 of reflecting element 44, and makes the light transmission that luminary 46 and luminary 50 send.That is center-point light polymerization part 56C is that the glazed thread polymerization part in the front of the luminary 50 being positioned at reflecting element 44 is polymerized part and is formed and integrally do not form person with the lower light in front of the luminary 46 being positioned at the part 42 that projects.Total, the upper end person of linking of center-point light polymerization part 56C to be the glazed thread in the front of luminary 50 by being positioned at reflecting element 44 lower end of being polymerized part with the lower light in front of the luminary 46 being positioned at the part 42 that projects be polymerized part.
As shown in Figure 6, if observe from the front of two-wheeled carrier, then center-point light polymerization part 56C is greater than each of left light polymerization part 56L and right light polymerization part 56R.In other words, in the projection of the fore-and-aft direction of two-wheeled carrier, the area of conter of center-point light polymerization part 56C is greater than the area of conter of each of left light polymerization part 56L and right light polymerization part 56R.
As shown in Fig. 3,4,6, the rear end 56Cr of center-point light polymerization part 56C is positioned at comparatively front end 56Cf more top.Compared with the front end 56Cf being polymerized part 56C with center-point light, the width of the left and right directions of the two-wheeled carrier of rear end 56Cr is wider.Moreover in this example, the rear end 56Cr of so-called center-point light polymerization part 56C refers to the edge at the rear of center-point light polymerization part 56C.
As shown in Figure 6, left light polymerization part 56L is positioned at the front of the 3rd side luminary 53.The light transmission that left light polymerization part 56L makes the 3rd side luminary 53 send.As shown in Fig. 3,6, the rear end 56Lr of left light polymerization part 56L is positioned at comparatively front end 56Lf more top.In this example, as shown in Figure 5, the front end 56Lf of left light polymerization part 56L is the front end when top view light is polymerized the situation of part 56.
As shown in Fig. 3,5,6, left light polymerization part 56L is polymerized part 56C with center-point light and forms as one.In this example, near the front end of left light polymerization part 56L and neighbouring front end of being polymerized part 56C in center-point light thereof, be linked to center-point light polymerization part 56C.
As shown in Figure 5, the front end 56Lf of left light polymerization part 56L is positioned at the front end 56Cf more rear compared with center-point light polymerization part 56C.As shown in Figure 6, the front end 56Lf of left light polymerization part 56L to be positioned at compared with before the 3rd side 22 more the 4th side.
As shown in Figure 5, the rear end 56Lr of left light polymerization part 56L is positioned at the rear end 56Cr more rear compared with center-point light polymerization part 56C.As shown in Figure 5,6, the rear end 56Lr of left light polymerization part 56L, compared to the front end 56Lf of left light polymerization part 56L, is polymerized part 56C further from center-point light on the left and right directions of two-wheeled carrier.That is, the spaced from edges distance of rear end 56Lr from the 3rd side of center-point light polymerization part 56C of left light polymerization part 56L.Moreover in this example, the edge of the 3rd side of so-called center-point light polymerization part 56C is the edge of the 3rd side when top view light polymerization part 56.As shown in Figure 6, the rear end 56Lr of left light polymerization part 56L to be positioned at compared with before the 3rd side 22 more the 3rd side.
As shown in Figure 6, right light polymerization part 56R is positioned at the front of the 4th side luminary 54.The light transmission that right light polymerization part 56R makes the 4th side luminary 54 send.As shown in Fig. 3,6, the rear end 56Rr of right light polymerization part 56R is positioned at comparatively front end 56Rf more top.In this example, as shown in Figure 5, the front end 56Rf of right light polymerization part 56R is the front end when top view light is polymerized the situation of part 56.
As shown in Fig. 3,5,6, right light polymerization part 56R is polymerized part 56C with center-point light and forms as one.In this example, near the front end of right light polymerization part 56R and neighbouring front end of being polymerized part 56C in center-point light thereof, be linked to center-point light polymerization part 56C.
As shown in Figure 5, the front end 56Rf of right light polymerization part 56R is positioned at the front end 56Cf more rear compared with center-point light polymerization part 56C.As shown in Figure 6, the front end 56Rf of right light polymerization part 56R to be positioned at compared with before the 4th side 22 more the 3rd side.
As shown in Figure 5, the rear end 56Rr of right light polymerization part 56R is positioned at the rear end 56Cr more rear compared with center-point light polymerization part 56C.As shown in Figure 5,6, the rear end 56Rr of right light polymerization part 56R, compared to the front end 56Rf of right light polymerization part 56R, is polymerized part 56C further from center-point light on the left and right directions of two-wheeled carrier.That is, the spaced from edges distance of rear end 56Rr from the 4th side of center-point light polymerization part 56C of right light polymerization part 56R.Moreover in this example, the edge of the 4th side of so-called center-point light polymerization part 56C is the edge of the 4th side when top view light polymerization part 56.As shown in Figure 6, the rear end 56Rr of right light polymerization part 56R to be positioned at compared with before the 4th side 22 more the 4th side.
Light emitting source 36 is installed on revolving part 14 by assembly parts 58.Assembly parts 58 comprises the first side coupling member 60 and the second side coupling member 62.
First side coupling member 60 is metal stay.First side coupling member 60 links light emitting source 36 and revolving part 14.First side coupling member 60 comprises setting unit 64 and extending part 66.
Setting unit 64 is such as tabular component.What setting unit 64 was installed on that light emitting source 36 has is arranged on sheet 68.
As in Figure 3-5, sheet 68 is set and comprises extending part 70 and erection part 72.
The rear end of extending part 70 self-emitting light source body 38 extends towards rear.In the example shown in Fig. 3-5,2 extending parts 70,70 are formed at the upper limb of light emitting source body 38.
Erection part 72 is arranged at the rear end of extending part 70.In the example shown in Fig. 3-5, erection part 72 links the rear end of each extending part 70.Erection part 72 extends upward from the rear end of extending part 70.In other words, erection part 72 extends on the direction substantially vertical with the bearing of trend of extending part 70.As shown in Figure 5, the right-hand member of erection part 72 is positioned at the 4th side more leaning on two-wheeled carrier compared with the central axis L3 of revolving part 14, and the left end of erection part 72 is positioned at the 3rd side more leaning on two-wheeled carrier compared with the central axis L3 of revolving part 14.Such as, setting unit 64 is installed on arranges on sheet 68 as follows.First, the installation surface (front surface of setting unit 64) setting unit 64 had is overlapped in the installation surface (rear surface of erection part 72) arranging sheet 68 and have.
Under described state, such as, use screw and nut etc., setting unit 64 is installed on and arranges on sheet 68.
Setting unit 64 also can have in its lower edge the rib strengthened.When described situation, the intensity of setting unit 64 improves.
Extending part 66 is the component of strip.In the example shown in Fig. 4,5, extending part 66 comprises the first side extending part 661, second side extending part 662 and connecting portion 663.First side extending part 661 and the second side extending part 662 extend on fore-and-aft direction.Connecting portion 663 extends on above-below direction, and links the first side extending part 661 and the second side extending part 662.
The front end of extending part 66 is provided with setting unit 64.In this example, the front end of extending part 66 is linked to the right-hand member of setting unit 64.As the method making setting unit 64 be linked to extending part 66, such as, there is the method etc. of being welded with setting unit 64 by extending part 66.
The rear end of extending part 66 is installed on revolving part 14.As method extending part 66 is installed on revolving part 14, such as have welding, be spirally connected fixing etc.
Extending part 66 also at least one thereon in edge and lower edge can have the rib strengthened.When described situation, the intensity of extending part 66 improves.
Second side coupling member 62 is metal stay.Second side coupling member 62 links light emitting source 36 and revolving part 14.Second side coupling member 62 comprises extending part 74, first setting unit 76 and the second setting unit 78.
Extending part 74 is the component of strip.Extending part 74 such as both can be rod, also can be pipe, or also can be tabular.
First setting unit 76 is arranged at the front end of extending part 74.As by method fixing with extending part 74 for the first setting unit 76, such as, there is welding etc.
The rear end of light emitting source body 38 is fixed in the front end of extending part 74 by the first setting unit 76.As the first setting unit 76 and the fixing means of light emitting source body 38, such as, be spirally connected fixing.In this example, the front end of extending part 74 is fixed on the base 77 that strut member 45 comprises by the first setting unit 76.Base 77 is positioned at rear end lower edge 451 more top compared with strut member 45 and the position near rear end lower edge 451.The lagging dege of the lower surface 452 that rear end lower edge 451 has for strut member 45.Base 77 is arranged in the installation surface 453 that strut member 45 has.As shown in Figure 5, base 77 is positioned at the 3rd side more leaning on two-wheeled carrier compared with the central axis L3 of revolving part 14.As shown in Figure 5, base 77 is positioned at comparatively erection part 72 more front.Installation surface 453 and lower surface 452 specify rear end lower edge 451 in the lump.In this example, installation surface 453 is equivalent to the bottom of the aft end face of light emitting source 36.
Second setting unit 78 is arranged at the rear end of extending part 74.As fixing the second setting unit 78 and the method for extending part 74, such as, there is welding etc.In the example shown in Fig. 4,5, the second setting unit 78 has 2 diazepam tablets 781,782.Wait diazepam tablet 781,782 by described, and the second setting unit 78 is fixed on the rear end of extending part 74.Diazepam tablet 781 is fixed on extending part 74 in the rear end of extending part 74.Diazepam tablet 782 is more fixed on extending part 74 front in comparatively diazepam tablet 781.Second setting unit 78 improves with the constant intensity of extending part 74.
The rear end of extending part 74 is fixed on revolving part 14 by the second setting unit 78.As fixing the method for the second setting unit 78 with revolving part 14, such as have welding, be spirally connected fixing etc.
In this example, as shown in Figure 4, assembly parts 58 that is the first side coupling member 60 and the second side coupling member 62 are positioned at comparatively strut member 20 more top.Therefore, the length (length of two-wheeled carrier fore-and-aft direction) of the first side coupling member 60 and the second side coupling member 62 can be shortened.Its result, can make the component strength of the first side coupling member 60 and the second side coupling member 62 improve.Again, light emitting source 36 can be made near revolving part 14, so also can make such as travel time etc. vibration intensity improve.Therefore, such as, be namely convenient to adopt as seen in figures 3-6 possess the situation in the large-sized luminous source 36 of 4 luminarys 46,50,53,54 time, also light emitting source 36 stably can be installed on revolving part 14.In other words, the holding state of light emitting source 36 can be made to stablize.
In this example, as shown in Figure 4, link light emitting source 36 with under the state of revolving part 14 in the first side coupling member 60 and the second side coupling member 62, strut member 20 is positioned at comparatively the second side coupling member 62 more below.The rear end lower edge 451 of light emitting source 36 is positioned at comparatively strut member 20 more front.Installation surface 453 is positioned at comparatively strut member 20 more front.Base 77 is positioned at comparatively strut member 20 more front.That is strut member 20 does not contact with light emitting source 36 and the second side coupling member 62.
Herein, Fig. 4 represents that pivotal part 16 is positioned at the state at the center of rotating range.As shown in Figure 7, handle 18 (pivotal part 16) is made to rotate to most end when rotating to the right from the state shown in Fig. 4.Under described state, the left end (supporting the part of front 22 of the 3rd side) of strut member 20 is positioned at the 3rd side more leaning on two-wheeled carrier compared with the central axis L3 of revolving part 14.In other words, even if make handle 18 rotate to most end when rotating to the right, the left end of strut member 20 also can not be positioned at the 4th side more leaning on two-wheeled carrier compared with the central axis L3 of revolving part 14.
Again, under the state that handle 18 is positioned at most end when rotating to the right, as shown in Figure 8, strut member 20 is positioned at comparatively the second side coupling member 62 more below.The rear end lower edge 451 of light emitting source 36 is positioned at comparatively strut member 20 more front.Installation surface 453 is positioned at comparatively strut member 20 more front.Base 77 is positioned at comparatively strut member 20 more front.
That is even if make handle 18 rotate to most end when rotating to the right, strut member 20 also can not contact with light emitting source 36 and the second side coupling member 62.
Again, as shown in Figure 9, handle 18 is made to rotate to most end when rotating to the left from the state shown in Fig. 4.Under described state, the right-hand member (supporting the part of front 22 of the 4th side) of strut member 20 is positioned at the 4th side more leaning on two-wheeled carrier compared with the central axis L3 of revolving part 14.In other words, even if make handle 18 rotate to most end when rotating to the left, the right-hand member of strut member 20 also can not be positioned at the 3rd side more leaning on two-wheeled carrier compared with the central axis L3 of revolving part 14.
Again, under the state that handle 18 is positioned at most end when rotating to the left, as shown in Figure 10, strut member 20 is positioned at comparatively the second side coupling member 62 more below.The rear end lower edge 451 of light emitting source 36 is positioned at comparatively strut member 20 more front.Installation surface 453 is positioned at comparatively strut member 20 more front.Base 77 is positioned at comparatively strut member 20 more front.
That is even if make light emitting source 36 rotate to most end when rotating to the left, strut member 20 also can not contact with light emitting source 36 and the second side coupling member 62.
In this example, assembly parts 58 comprises the first side coupling member 60 and the second side coupling member 62.First side coupling member 60 and the second side coupling member 62 are isolated up and down and arrange.Therefore, can in upper lower support light emitting source 36.Its result, the holding state of light emitting source 36 is more stable.
In this example, as shown in Figure 4, the first side coupling member 60 in the axial centre C compared with revolving part 14 more upper end side be fixed on revolving part 14.Again, the second side coupling member 62 in the axial centre C compared with revolving part 14 more lower end side be fixed on revolving part 14.Therefore, easily can make the first side coupling member 60 that the position be fixed on revolving part 14 is separated on above-below direction with the position be fixed on revolving part 14 by the second side coupling member 62.Its result, can realize the further stabilization of the holding state of light emitting source 36.
In this example, as shown in Figure 5, stagger in the end of the end of light emitting source 36 side of the first side coupling member 60 and light emitting source 36 side of the second side coupling member 62 on the left and right directions of two-wheeled carrier.The further stabilization of the holding state of light emitting source 36 can be realized.
In this example, as shown in Figure 5, stagger in the end of the end of light emitting source 36 side of the first side coupling member 60 and light emitting source 36 side of the second side coupling member 62 on the fore-and-aft direction of two-wheeled carrier.The further stabilization of the holding state of light emitting source 36 can be realized.
In this example, the first side coupling member 60 and the second side coupling member 62 are directly fixed on revolving part 14 respectively.Therefore, the first side coupling member 60 and the second side coupling member 62 improve relative to the constant intensity of revolving part 14.Its result, can more stably support light emitting source 36.
In this example, as shown in Figure 2,4, when observe two-wheeled carrier from front, the luminary 46 of projection part 42 and the luminary 50 of reflecting element 44 overlap with revolving part 14.In other words, when observe two-wheeled carrier from front, projection part 42 and reflecting element 44 overlap with revolving part 14.
Especially, in this example, the rear end of luminary 46 is positioned at the more front, rear end compared with luminary 50.
In addition, in this example, as shown in Figure 7,8, when handle 18 is positioned at most end when rotating to the right, the left end of strut member 20 is positioned at the 3rd side more leaning on two-wheeled carrier compared with the central axis L3 of revolving part 14.Again, as shown in Fig. 9,10, when handle 18 is positioned at most end when rotating to the left, the right-hand member of strut member 20 is positioned at the 4th side more leaning on two-wheeled carrier compared with the central axis L3 of revolving part 14.
Even if strut member 20 rotates, projection part 42 and reflecting element 44 are also difficult to contact with strut member 20.Be easy to make projection part 42 and reflecting element 44 close to revolving part 14.
In this example, as shown in Figure 7,8, under the state that handle 18 is positioned at most end when rotating to the right, the installation surface 453 of strut member 45 is positioned at the front of strut member 20.Again, as shown in Fig. 9,10, under the state that handle 18 is positioned at most end when rotating to the left, the installation surface 453 of strut member 45 is positioned at the front of strut member 20.Strut member 20 can be avoided to contact with light emitting source 36.
In this example, because projection part 42 and reflecting element 44 are setting up and down, so the size of the above-below direction of light emitting source 36 is elongated.Therefore, be difficult to light emitting source 36 is slided to the top of strut member 20.But as mentioned above, in this example, the installation surface 453 of strut member 45 is positioned at comparatively strut member 20 more front.Therefore, strut member 20 can be avoided to contact with light emitting source 36.
In this example, as mentioned above, the installation surface 453 of strut member 45 is positioned at comparatively strut member 20 more front.Therefore, guarantee that the intensity of assembly parts 58 becomes outbalance.But in this example, assembly parts 58 comprises the first side coupling member 60 and the second side coupling member 62.Therefore, the intensity guaranteeing assembly parts 58 is easy to.The holding state of light emitting source 36 is stablized.
In this example, light polymerization part 56 comprises center-point light polymerization part 56C, left light polymerization part 56L and right light polymerization part 56R.Center-point light polymerization part 56C, left light polymerization part 56L and right light polymerization part 56R form as one.1 large light emitting source 36 can be realized.
In this example, as shown in Figure 2,6, in time observing from the front of two-wheeled carrier, the luminary 50,46 of the first side and the second side arranged opposite and arranging on the position overlapped with revolving part 14.The lower end of the luminary 46 of the second side is positioned at the more below, lower end of each of the luminary 53,54 compared with the 3rd side and the 4th side.Can make luminary 53, the 54 self-supporting part 20 of the 3rd side and the 4th side away from.Even if strut member 20 rotates, the luminary 53,54 of the 3rd side and the 4th side is also difficult to contact with strut member 20.
In this example, as shown in Figure 2,6, in time observing from the front of two-wheeled carrier, the 3rd side luminary 53 is positioned at compared with 22 more the 3rd sides before the 3rd side, and the 4th side luminary 54 to be positioned at compared with before the 4th side 22 more the 4th side.The width of the left and right directions of light emitting source 36 is larger.The light that the luminary 53,54 of the 3rd side and the 4th side can be made to send is comparatively eye-catching.
In this example, as shown in Figure 6, luminary 50 is positioned at straight line L2 more first side of the luminary 53,54 comparatively linking the 3rd side and the 4th side, and luminary 46 is positioned at more described straight line L2 more the second side.4 luminarys such as described grade 46,50,53,54 are able to balance and arrange well.
In this example, as shown in Figure 6, in time observing from the front of two-wheeled carrier, center-point light polymerization part 56C is greater than each of left light polymerization part 56L and right light polymerization part 56R.Center-point light polymerization part 56C more left light polymerization part 56L and right light polymerization part 56R can be made more eye-catching.
In this example, as shown in Fig. 3,4,6, in time observing from the front of two-wheeled carrier, the rear end 56Cr of center-point light polymerization part 56C is positioned at comparatively front end 56Cf more top.Be easy to reduce air resistance.
In this example, as shown in Fig. 3,6, in time observing from the front of two-wheeled carrier, in each of left light polymerization part 56L and right light polymerization part 56R, rear end 56Lr, 56Rr are positioned at comparatively front end 56Lf, 56Rf more top.Be easy to reduce air resistance.
In this example, as shown in Fig. 3,6, front end 56Lf, 56Rf of each of left light polymerization part 56L and right light polymerization part 56R are positioned at the front end 56Cf more rear compared with center-point light polymerization part 56C.Be easy to reduce air resistance.
In this example, as shown in Fig. 3,6, rear end 56Lr, 56Rr of each of left light polymerization part 56L and right light polymerization part 56R are positioned at the rear end 56Cr more rear compared with center-point light polymerization part 56C.Be easy to reduce air resistance.
In this example, as shown in Fig. 3,6, the front end 56Lf of the rear end 56Lr more left light polymerization part 56L of left light polymerization part 56L is further from center-point light polymerization part 56C.The front end 56Rf of the rear end 56Rr righter light polymerization part 56R of right light polymerization part 56R is further from center-point light polymerization part 56C.The width of light emitting source 36 can be made to broaden, thus make light emitting source 36 comparatively eye-catching.
In this example, as shown in Fig. 3,6, compared with the front end 56Cf being polymerized part 56C with center-point light, the width on the left and right directions of rear end 56Cr is wider.Center-point light can be made to be polymerized part 56C comparatively eye-catching.
In this example, optionally light the luminary 50 of the first side and the luminary 46 of the second side.The switching of country beam and passing light becomes comparatively easy.
In this example, as shown in Figure 2,6, in time observing from the front of two-wheeled carrier, the rear end 56Lr of left light polymerization part 56L to be positioned at compared with before the 3rd side 22 more the 3rd side, and the rear end 56Rr of right light polymerization part 56R to be positioned at compared with before the 4th side 22 more the 4th side.Because the width of light emitting source 36 broadens, so light emitting source 36 can be made comparatively eye-catching.
In this example, as shown in Figure 2,6, in time observing from the front of two-wheeled carrier, the front end 56Lf of left light polymerization part 56L to be positioned at compared with before the 3rd side 22 more the 4th side, and the rear end 56Lr of left light polymerization part 56L to be positioned at compared with before the 3rd side 22 more the 3rd side.Again, the front end 56Rf of right light polymerization part 56R to be positioned at compared with before the 4th side 22 more the 3rd side, and the rear end 56Rr of right light polymerization part 56R to be positioned at compared with before the 4th side 22 more the 4th side.In time observing from the front of two-wheeled carrier, the width of the left and right directions of left light polymerization part 56L and right light polymerization part 56R broadens.Left light polymerization part 56L and right light polymerization part 56R can be made comparatively eye-catching.
In above-mentioned example, also can at least one in the first side coupling member 60 and the second side coupling member 62 and there is such as resinous component etc. between light emitting source 36.
In above-mentioned example, the front end 56Lf without the need to making left light be polymerized part 56L is polymerized part 56C with center-point light and links, and again, the front end 56Rf also without the need to making right light be polymerized part 56R is polymerized part 56C with center-point light and links.If left light polymerization part 56L, right light polymerization part 56R and center-point light polymerization part 56C can be focused on, then left light polymerization part 56L, right light polymerization part 56R and center-point light polymerization part 56C form as one.
In above-mentioned example, although comprise the lower end linking glazed thread polymerization part to be polymerized part 56C with the center-point light that lower light is polymerized the upper end of part, link with the upper end that lower light is polymerized part without the need to the lower end of glazed thread being polymerized part.
In above-mentioned example, ， Dui Load tool is illustrated, but the present invention is not limited thereto, even if be that the 3 or 4 tilting two-wheeled carriers etc. of taking turns also can be applied.
Above, example of the present invention is illustrated, but above-mentioned example is only to implement illustration of the present invention.Thus, the present invention is not limited to above-mentioned example, can suitably be out of shape above-mentioned example in the scope not departing from its purport and implement.
Claims (1)
1. a two-wheeled carrier, is characterized in that, comprising: the first round; Two first round strut members, it is from the relative supported on both sides above-mentioned first round; Strut member, it supports the first end of above-mentioned two first round strut members; Pivotal part, it extends upward from above-mentioned strut member; Handle, it is connected with above-mentioned pivotal part; Body, it comprises the revolving part rotatably supporting above-mentioned pivotal part; Light emitting source, it is arranged at the front of above-mentioned revolving part; And assembly parts, above-mentioned light emitting source is installed on above-mentioned body by it; And above-mentioned light emitting source comprises: the luminary of the first side and the second side, it is arranged opposite and arranges; And the 3rd luminary of side and the 4th side, it is arranged at relative both sides relative to the straight line of the luminary linking above-mentioned first side and the second side; Above-mentioned assembly parts and above-mentioned light emitting source are arranged at the position do not contacted with above-mentioned strut member; Above-mentioned assembly parts comprises the coupling member linking above-mentioned light emitting source and above-mentioned body; Above-mentioned coupling member comprises the coupling member of the first side and the second side, and the end of the above-mentioned luminous source of the coupling member of wherein said first side and the second side is separated by up and down and arranges;
Wherein above-mentioned light emitting source comprises: light source supports, and it supports above-mentioned first side and the luminary of the second side and the luminary of above-mentioned 3rd side and the 4th side; And light polymerization part, it is arranged at the front of above-mentioned strut member; And above-mentioned light polymerization part comprises: the light polymerization part of the first side, it is positioned at the front of the luminary of above-mentioned first side; The light polymerization part of the second side, it is positioned at the front of the luminary of above-mentioned second side; The light polymerization part of the 3rd side, it is positioned at the front of the luminary of above-mentioned 3rd side; And the 4th side light polymerization part, it is positioned at the front of the luminary of above-mentioned 4th side; The light polymerization part of the light polymerization part of the light polymerization part of above-mentioned first side, above-mentioned second side, above-mentioned 3rd side and the light polymerization part of above-mentioned 4th side are configured as one;
Wherein above-mentioned light polymerization part comprises center-point light polymerization part, and described center-point light polymerization part comprises the center-point light polymerization part of the light polymerization part of above-mentioned first side and the second side;
The area of above-mentioned center-point light polymerization part when wherein observing from the front of two-wheeled carrier is greater than the area of the light polymerization part of above-mentioned 3rd side when observing from the front of two-wheeled carrier, and is greater than the area of the light polymerization part of above-mentioned 4th side when observing from the front of two-wheeled carrier;
Wherein the front end of the light polymerization part of above-mentioned 3rd side is polymerized part with above-mentioned center-point light and is connected; The edge separation of rear end from the 3rd side of above-mentioned center-point light polymerization part of the light polymerization part of above-mentioned 3rd side; The front end of the light polymerization part of above-mentioned 4th side is polymerized part with above-mentioned center-point light and is connected; The edge separation of rear end from the 4th side of above-mentioned center-point light polymerization part of the light polymerization part of above-mentioned 4th side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610086488.3A CN105539644A (en) | 2016-02-15 | 2016-02-15 | Two-wheeled carrier |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610086488.3A CN105539644A (en) | 2016-02-15 | 2016-02-15 | Two-wheeled carrier |
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| CN105539644A true CN105539644A (en) | 2016-05-04 |
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| CN201610086488.3A Pending CN105539644A (en) | 2016-02-15 | 2016-02-15 | Two-wheeled carrier |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1696005A (en) * | 2004-05-14 | 2005-11-16 | 铃木株式会社 | Mounting stucture of headlamp and sonsole of motor-bicycle |
| CN101801773A (en) * | 2007-09-18 | 2010-08-11 | 雅马哈发动机株式会社 | Straddle riding-type vehicle |
| CN103129653A (en) * | 2011-11-30 | 2013-06-05 | 雅马哈发动机株式会社 | Straddle type vehicle |
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- 2016-02-15 CN CN201610086488.3A patent/CN105539644A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1696005A (en) * | 2004-05-14 | 2005-11-16 | 铃木株式会社 | Mounting stucture of headlamp and sonsole of motor-bicycle |
| JP2005324703A (en) * | 2004-05-14 | 2005-11-24 | Suzuki Motor Corp | Mounting structure for head lamp and instrument panel of motorcycle |
| CN101801773A (en) * | 2007-09-18 | 2010-08-11 | 雅马哈发动机株式会社 | Straddle riding-type vehicle |
| CN103129653A (en) * | 2011-11-30 | 2013-06-05 | 雅马哈发动机株式会社 | Straddle type vehicle |
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Application publication date: 20160504 |