CN106828714B - The movable device of rear mirror of motorcycle - Google Patents
The movable device of rear mirror of motorcycle Download PDFInfo
- Publication number
- CN106828714B CN106828714B CN201611267012.6A CN201611267012A CN106828714B CN 106828714 B CN106828714 B CN 106828714B CN 201611267012 A CN201611267012 A CN 201611267012A CN 106828714 B CN106828714 B CN 106828714B
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- component
- sliding bar
- movable rod
- sliding
- shell
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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
- B62J29/00—Adaptations or arrangements of mirrors for use on cycles
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Rear-View Mirror Devices That Are Mounted On The Exterior Of The Vehicle (AREA)
Abstract
The present invention relates to a kind of movable devices of rear mirror of motorcycle.It includes first component, second component, the first movable rod, the second movable rod, the first sliding bar, the second sliding bar, the second spherical hinge, third spherical hinge, the 4th spherical hinge and the 5th spherical hinge；First sliding bar is installed in first component in a manner of it can be parallel to the length direction sliding of the first sliding bar with respect to first component edge, by the second flexural pivot chain link, the other end and second component of the first movable rod pass through third flexural pivot chain link for one end of first movable rod and the first sliding bar；Second sliding bar is installed in first component in a manner of it can be parallel to the length direction sliding of the second sliding bar with respect to first component edge, by the 4th flexural pivot chain link, the other end and second component of the second movable rod pass through the 5th flexural pivot chain link for one end of second movable rod and the second sliding bar.The movement of the opposite second component of first component can be converted to the sliding of the first sliding bar and the second words lever by the configuration of the present invention is simple.
Description
Technical field
The present invention relates to a kind of movable devices of rear mirror of motorcycle.
Background technique
Movable device can be realized a series of actions, and by controlling to one or more component in movable device
Make the execution to realize each movement.However there is the disadvantages of structure is complicated, and control is inconvenient in existing movable device.
Summary of the invention
The purpose of the present invention is to provide a kind of movable devices of the simple rear mirror of motorcycle of structure.
Above-mentioned purpose is achieved by the following technical solution:
A kind of movable device of rear mirror of motorcycle, including first component, second component, the first movable rod, the second work
Dynamic connecting rod, the first sliding bar, the second sliding bar, the second spherical hinge, third spherical hinge, the 4th spherical hinge and the 5th spherical hinge；It should
First sliding bar is installed on the first structure in a manner of it can be parallel to the length direction sliding of the first sliding bar with respect to first component edge
In part, one end of first movable rod and the first sliding bar by the second flexural pivot chain link, first movable rod it is another
End passes through third flexural pivot chain link with second component；Second sliding bar is can be parallel to the second sliding bar with respect to first component edge
The mode of length direction sliding be installed in first component, one end of second movable rod and the second sliding bar pass through the 4th
Flexural pivot chain link, the other end and second component of second movable rod pass through the 5th flexural pivot chain link.
The movable device structure that the technical solution provides is simple, can be realized the movement by first component with respect to second component
Be converted to the sliding of the first sliding bar and the second words lever.
Detailed description of the invention
Fig. 1 shows the stereoscopic schematic diagram for the rear mirror of motorcycle that the present invention applies；
Fig. 2 shows another angle stereoscopic schematic diagrams of the rear mirror of motorcycle of the invention applied；
Fig. 3 shows the main view for the rear mirror of motorcycle that the present invention applies；
Fig. 4 shows the top view for the rear mirror of motorcycle that the present invention applies；
Fig. 5 shows the A-A cross-sectional view of Fig. 4；
Fig. 6 shows the portion the D partial enlarged view of Fig. 5；
Fig. 7 shows the portion the E partial enlarged view of Fig. 5；
Fig. 8 shows the B-B cross-sectional view of Fig. 3；
Fig. 9 shows the C-C cross-sectional view of Fig. 5；
Figure 10 shows the portion the F partial enlarged view of Fig. 8；
Figure 11 shows the portion the G partial enlarged view of Fig. 9, wherein brake(-holder) block is in bonding station；
Figure 12 shows the portion the G partial enlarged view of Fig. 9, wherein button is pressed, and brake(-holder) block is made to be in disengaged position；
Figure 13 shows the perspective exploded view one for the rear mirror of motorcycle that the present invention applies；
Figure 14 shows the perspective exploded view two for the rear mirror of motorcycle that the present invention applies；
Figure 15 shows the perspective exploded view three for the rear mirror of motorcycle that the present invention applies；
Figure 16 shows the perspective exploded view four for the rear mirror of motorcycle that the present invention applies；
Figure 17 shows the perspective exploded views five for the rear mirror of motorcycle that the present invention applies；
Figure 18 shows the perspective exploded view six for the rear mirror of motorcycle that the present invention applies；
Figure 19 shows the perspective exploded view seven for the rear mirror of motorcycle that the present invention applies；
Figure 20 shows structural schematic diagram of the invention.
Appended drawing reference:
10 eyeglasses；
20 shells, 201 ball-and-sockets, 202 front openings, 203 back walls, 204 avoid holes, 205 first shells, 206 second housings,
207 studs, 208 lugs, 209 gaskets, 210 shells are external, 211 press boxes, 212 sealing rings, 213 cover portions, 214 edge, 215 spiral shells
Nail, 216 counterbores, 217 patches, 218 half of ball-and-socket；
30 struts, the outer end of 301 struts, 302 spherosomes, the inner end of 303 struts, 304 turntables, 305 turntable permanent magnets,
306 bearings, the axis of 307 bearings, 308 sleeves；
401 first movable rods, 402 second movable rods, 403 first sliding bars, 404 second sliding bars, 405 second balls
Hinge, 406 third spherical hinges, 407 the 4th spherical hinges, 408 the 5th spherical hinges, 409 first swing rods, 410 second swing rods, 411
The sliding slot of the sliding slot of one sliding bar, 412 second sliding bars；
501 first rack gears, 502 second rack gears, 503 first rotating shafts, 504 second shafts, 505 first gears, 506 second teeth
Wheel, 507 first frictional disks, 508 second frictional disks, 509 buttons, 510 shifting axles, 511 brake(-holder) blocks, 512 first friction portions, 513
Second friction portion, 514 first permanent magnets, 515 second permanent magnets, 516 third permanent magnets, 517 the 4th permanent magnets；
60 integrated boxes, 601 peripheral wall portions, 602 first end covers, 603 second end covers, 604 first chambers, 605 second chambers,
606 partitions, 607 first ports, 608 second ports, 609 first passages, 610 second channels, 611 first guide parts, 612 second
Guide part, 613 sliding parts, 614 hole portions, 615 compressed springs；
The vehicle frame of 70 motorcycles；
80 positioning disks, 801 positioning disk permanent magnets；
90 mounting discs.
Specific embodiment
A kind of rear mirror of motorcycle as shown in fig. 1 to figure 20, including eyeglass 10, shell 20 and strut 30, the eyeglass 10
It is installed in shell 20, which has the outer end 301 for connecting with shell 20, the outer end 301 of the strut and shell 20
By the first flexural pivot chain link so that shell 20 is capable of the activity under the constraint of the first spherical hinge of outer end 301 of opposite strut；
Wherein first component is shell 20, and second component is the outer end 301 of strut；
The rear mirror of motorcycle further includes a switching device operated for driver, and the switching device is in the behaviour of driver
Switch between an open state and a closed state under work, wherein
When switching device is in close state, which forbids outer end 301 activity of the shell 20 with respect to strut；
When switching device is in the open state, which allows outer end 301 activity of the shell 20 with respect to strut.
The present embodiment is optionally allowed by setting switching device or forbids shell movable, is needing to adjust backsight
When the direction of mirror, keeps switching device in the open state to allow shell movable, after adjusting required direction, make switching device
It is in close state to forbid shell movable, it is novel in design, there is sufficiently long service life, replacement maintenance backsight can be reduced
The cost of mirror.
The switching device includes a movable device and an arrestment mechanism；
The movable device includes the first movable rod 401, the second movable rod 402, the sliding of the first sliding bar 403, second
Bar 404, the second spherical hinge 405, third spherical hinge 406, the 4th spherical hinge 407 and the 5th spherical hinge 408；
First sliding bar 403 with can opposite shell 20 along the side that the length direction for being parallel to the first sliding bar 403 slides
Formula is installed in shell 20, and one end of first movable rod 401 is connect with the first sliding bar 403 by the second spherical hinge 405,
The other end of first movable rod 401 and the outer end 301 of strut are connected by third spherical hinge 406；
Second sliding bar 404 with can opposite shell 20 along the side that the length direction for being parallel to the second sliding bar 404 slides
Formula is installed in shell 20, and one end of second movable rod 402 is connect with the second sliding bar 404 by the 4th spherical hinge 407,
The other end of second movable rod 402 and the outer end 301 of strut are connected by the 5th spherical hinge 408；
The length direction of first sliding bar 403 is parallel to the length direction of the second sliding bar 404；
The arrestment mechanism locks the first sliding bar 403 and the second sliding bar 404 when switching device is in close state, with
The first sliding bar 403 and the opposite shell 20 of the second sliding bar 404 is forbidden to slide, whereby to forbid outer end of the shell 20 with respect to strut
301 activities；
The arrestment mechanism unclamps the first sliding bar 403 and the second sliding bar 404 in switching device in the open state, with
The first sliding bar 403 and the opposite shell 20 of the second sliding bar 404 is allowed to slide, whereby to allow outer end of the shell 20 with respect to strut
301 activities.
The technical solution is realized by the simple movable device of setting structure with the cooperation of the first spherical hinge shell is opposite
The activity of strut is converted to the activity of movable device, be especially converted into for the first sliding bar and second words lever sliding, with
Convenient for the activity of shell being controlled by the activity of mechanism type to improve the stability of control to the movable control of shell.
The technical solution is by designing simple structure for first component constraint of the second component in the first spherical hinge relatively
Lower activity is converted into the sliding of the first sliding bar and the second words lever, in order to pass through the first sliding bar of control and the second words lever
Sliding and to control first component movable under the constraint of the first spherical hinge with respect to second component.
The technical solution controls the sliding of the first sliding bar and the second words lever by setting arrestment mechanism to realize control
The activity of shell processed.
First spherical hinge includes that the spherosome 302 of an outer end 301 for being fixedly installed in strut and one are set in shell 20
Ball-and-socket 201, spherosome 302 is placed in ball-and-socket 201 and forms first spherical hinge, and in the present embodiment, spherosome 302 is opposite
Both ends are truncated a part；
It is fixedly provided with the first swing rod 409 and the second swing rod 410 being parallel to each other on the spherosome 302, in the present embodiment,
First swing rod 409 and the second swing rod 410 are separated by a certain distance, wherein
The other end of first movable rod 401 and the outer end 301 of strut are referred to by the connection of third spherical hinge 406, are somebody's turn to do
The other end of first movable rod 401 is connect with the first swing rod 409 by third spherical hinge 406；
The other end of second movable rod 402 and the outer end 301 of strut are referred to by the connection of the 5th spherical hinge 408, are somebody's turn to do
The other end of second movable rod 402 is connect with the second swing rod 410 by the 5th spherical hinge 408.
The technical solution can be especially convenient for by the first swing rod of setting and the second swing rod in order to the assembly of movable device
The assembly of the outer end of first movable rod and the second movable rod and strut, and the movable range of shell can also be increased.
In the present embodiment, the length of the first movable rod 401 is equal with the length of the second movable rod 402, and the
The length of one movable rod 401 is greater than 410 distance of the first swing rod 409 and the second swing rod.The technical solution can increase
The movable range of shell.
The arrestment mechanism includes the first rack gear 501, the second rack gear 502, first rotating shaft 503, the second shaft 504, the first tooth
Wheel 505, second gear 506, the first frictional disk 507, the second frictional disk 508, the button 509 for driver's pressing, shifting axle
510, resetting-mechanism and brake(-holder) block 511；
The first rotating shaft 503 is installed in shell 20 in a manner of it can rotate relative to shell 20, and first rack gear 501 is fixed
It is installed on the first sliding bar 403, and the length direction of the first rack gear 501 is parallel to the length direction of the first sliding bar 403, it should
First gear 505 is fixably attached to one end of first rotating shaft 503, which is fixably attached to first rotating shaft
503 other end, the axis of the first rotating shaft 503 perpendicular to the first sliding bar 403 length direction, the first gear 505 with
The engagement of first rack gear 501；
Second shaft 504 is installed in shell 20 in a manner of it can rotate relative to shell 20, and second rack gear 502 is fixed
It is installed on the second sliding bar 404, and the length direction of the second rack gear 502 is parallel to the length direction of the second sliding bar 404, it should
Second gear 506 is fixably attached to one end of the second shaft 504, which is fixably attached to the second shaft
504 other end, the axis of second shaft 504 perpendicular to the second sliding bar 404 length direction, the second gear 506 with
The engagement of second rack gear 502；
The shifting axle 510 is installed on shell 20 in a manner of it can be parallel to the axis sliding of shifting axle 510 with respect to shell edge
In, wherein the axis of 510 axis of shifting axle, the axis of first rotating shaft 503 and the second shaft 504 is parallel to each other, the button
509 are fixably attached to one end of shifting axle 510 so as to drive the sliding of shifting axle 510, the brake(-holder) block when button 509 is pressed
511 are fixably attached to the other end of shifting axle 510 so as to drive brake(-holder) block 511 to follow shifting axle 510 when shifting axle 510 slides
Sliding；
The brake(-holder) block 511 has a first friction portion 512 and one corresponding with 507 position of the first frictional disk and the second friction
508 position of disk corresponding second friction portion 513；
The brake(-holder) block 511 follows the sliding of shifting axle 510 and switches between a bonding station and a disengaged position；
When brake(-holder) block 511 is in bonding station, which contacts with the first frictional disk 507 and generates and rub
Active force is wiped to forbid first rotating shaft 503 to rotate, and the second friction portion 513 contacts with the second frictional disk 508 and generates friction
Active force is to forbid the second shaft 504 to rotate；In the present embodiment, first rotating shaft and the second shaft are prohibited to rotate, i.e. the first tooth
When wheel and second gear are prohibited rotation, the first sliding bar and the second sliding bar are prohibited opposite shell and slide；
When brake(-holder) block is in disengaged position, the first friction portion 512 and the first frictional disk 507 are separated from each other to allow
The rotation of one shaft 503, and the second friction portion 513 and the second frictional disk 508 are separated from each other to allow the second shaft 504 to rotate；
In the present embodiment, first rotating shaft and the second shaft are allowed to rotate, i.e., when first gear and second gear are allowed to rotation, first
Sliding bar and the second sliding bar are allowed to opposite shell and slide；
The resetting-mechanism makes brake(-holder) block 511 have the trend for returning to bonding station from disengaged position；
When button 509 is pressed, brake(-holder) block 511 switches to disengaged position from bonding station.
In the present embodiment, the first friction portion and the first frictional disk can form a friction clutch, and the second friction portion with
Second frictional disk also constitutes another friction clutch.
The arrestment mechanism structure that the technical solution provides is simple, novel in design.By setting button in order to driver's
Operation.By the way that its one side of resetting-mechanism is arranged enough active forces can be provided so that first for brake(-holder) block by resetting-mechanism
Friction portion is contacted with the first frictional disk, the second friction portion with the second frictional disk, especially forced contact, is pressed against each other, to generate
Sufficiently large frictional force makes the first frictional disk (i.e. first rotating shaft) and the second frictional disk (i.e. the second shaft) be prohibited to rotate, another
Aspect can play the reset response that brake(-holder) block is switched to bonding station from disengaged position.
The resetting-mechanism includes being set to the first permanent magnet 514 in the first frictional disk 507, being set in the second frictional disk 508
The second permanent magnet 515, the third permanent magnet 516 in the first friction portion 512 and the in the second friction portion 513 the 4th
Permanent magnet 517, wherein the first permanent magnet 514 and third permanent magnet 516 are attracting, the second permanent magnet 515 and the 4th permanent magnet 517
It is attracting.
The resetting-mechanism that the technical solution provides can be such that resetting-mechanism has sufficiently long by the way of permanent magnetism actuation
Service life, to guarantee that arrestment mechanism (i.e. rearview mirror) has sufficiently long service life.
The rear mirror of motorcycle further includes an integrated box 60, which is fixably attached to shell in a manner of removable
In body 20, which includes peripheral wall portion 601, first end cover 602 and second end cover 603 in a ring, the peripheral wall portion 601 limit
Determine a cavity, is equipped with the partition that cavity is divided into first chamber 604 and second chamber 605 in the cavity of the peripheral wall portion 601
606, the first port 607 that one end of the peripheral wall portion 601 is specifically connected to first chamber 604, the other end tool of the peripheral wall portion 601
The second port 608 that body is connected to second chamber 605, the lid in a manner of openable and closable of first end cover 602 are encapsulated in first port 607
Place, the lid in a manner of openable and closable of second end cover 603 are encapsulated at second port 608；
The first passage 609 and second channel 610 through peripheral wall portion, the first passage 609 are equipped in the first chamber 604
Extending direction be parallel to the length direction of the first sliding bar 403, which, which is placed in first passage 609, slides,
The extending direction of the second channel 610 is parallel to the length direction of the second sliding bar 404, which is placed in second
It is slided in channel 610；
In the present embodiment, first chamber is equipped with the first guide part 611 and the second guide part 612, first guide part 611
It is in the shape of an " I " with the second guide part 612, it is equipped with sliding slot in first sliding bar 403 and the second sliding bar 404, this first
Guide part 611 passes through the sliding slot 411 of the first sliding bar and constitutes prismatic pair with the first sliding bar 403, which wears
It crosses the sliding slot 412 of the second sliding bar and constitutes prismatic pair with the second sliding bar 404；
The first rotating shaft 503 rotationally run through partition 606, in fact, the first rotating shaft 606 be rotationally assemblied in every
On plate 606 so that first rotating shaft 503 spatially except with one around first rotating shaft 503 axis rotate freedom degree in addition to, and
Movement on other directions is limited, and the first rotating shaft 503 protrudes into the first cavity for installing one end of first gear 505
In 604, one end which is used to install the first frictional disk 507 is protruded into the second cavity 605, that is to say, that first
Gear 505 is located in the first cavity 604, and the first frictional disk 507 is located in the second cavity 605；
Second shaft 504 rotationally run through partition 606, in fact, second shaft 504 be rotationally assemblied in every
On plate 606 so that the second shaft 504 spatially except with one around the second shaft 504 axis rotate freedom degree in addition to, and
Movement on other directions is limited, and second shaft 504 protrudes into the first cavity for installing one end of second gear 506
In 604, one end which is used to install the second frictional disk 508 is protruded into the second cavity 605, that is to say, that second
Gear 506 is located in the first cavity 604, and the second frictional disk 508 is located in the second cavity 605；
The shifting axle 510 be used for install brake(-holder) block 511 one end sequentially pass through first end cover 602, the first cavity 604 and every
It is protruded into after plate 606 in second cavity 605, that is to say, that brake(-holder) block 511 is located in the second cavity 605, and shifting axle 510 is for pacifying
One end of dress button 509 is located at except the cavity of integrated box 60, and guiding mechanism is equipped between the button 509 and integrated box 60, should
Guiding mechanism includes the sliding part 613 that the section on button 509 is square and the section in first end cover 602 in side
The hole portion 614 of shape, the sliding part 613 slideably insert in hole portion 614 and constitute prismatic pair；
Allow shifting axle to slide forbidden moves axis by setting guiding mechanism to rotate to avoid the first friction portion and first
Frictional disk, the second friction portion and the second frictional disk occur dislocation and influence braking effect；
The technical solution is by setting integrated box in order to which the integration of each components is assembled；
The resetting-mechanism further includes the compressed spring 615 being placed in the second cavity 605, one end of the compressed spring 615 with
Second end cover 603 offsets, and the other end and the brake(-holder) block 511 of the compressed spring 615 offset, which passes through setting compression bullet
Spring can increase the reliability of resetting-mechanism.
The shell 20 has front openings 202 and the back wall 203 opposite with front openings 202, which is set to front
It is open at 202, which is equipped with the avoid holes 204 passed through for button 509, which protrudes into avoid holes 204
For driver's pressing；The technical solution can facilitate driver to press by finger by the way that button to be arranged at the back wall of shell
Button；
The shell 20 is put together by the first shell 205 and second housing 206, wherein back wall 203 is set to the first shell
On 205, which is set on second housing 206；The technical solution can be convenient for the assembling of each components；
It is equipped with more studs 207 in first shell 205, is equipped with quantity and 207 quantity phase of stud in the second housing 206
Deng lug 208, each lug 208 is corresponding with 207 position of a stud, and each lug 208 is in outside the first shell 205 and second
Support is on stud 207 corresponding with 208 position of lug after 206 split of shell；
10 support of eyeglass is equipped with a gasket 209 on these lugs 208 between each lug 208 and eyeglass 10；
The rear mirror of motorcycle further includes a sealed waterproof mechanism, which includes a flexible shell outer cover
210, a press box 211 and a sealing ring 212, the press box 211 and sealing ring 212 are in a ring；In the present embodiment, the housing shells
210 material can be plastics, rubber, silica gel or cladding etc.；
The housing shells 210 include cover portion 213 for coating shell and turn down in shell 20 through front openings 202
Edge 214；In the present embodiment, cover portion 213 covers avoid holes 204；
211 support of press box is on eyeglass 10, and sealing ring 212 is placed between press box 211 and eyeglass 10, the housing shells
Edge 214 is held between press box 211 and shell 20；
Each stud 207 is respectively provided with a screw 215, and each screw 215 sequentially passes through press box 211, sealing ring 212, mirror
It is screwed in stud 207 after piece 10, gasket 209 and lug 208.In the present embodiment, the press box, sealing ring, eyeglass, gasket and lug
It is respectively equipped with the perforation passed through for the bar portion of screw.
The technical solution can enter damage intracorporal zero, shell in shell by the way that sealed waterproof mechanism is arranged to avoid rainwater
Part.
It is the counterbore that each screw 215 is respectively equipped with that the head for screw 215 is fallen into press box 211 on the press box 211
216, each counterbore 216 is respectively provided with one for covering the patch 217 for sealing the counterbore 216, with the head of hidden screw, to each screw
Waterproof sealing is carried out, while avoiding the appearing for head of screw and influencing appearance.
The strut 30 has the inner end 303 connecting for the vehicle frame 70 with motorcycle；
The rear mirror of motorcycle further includes that a positioning disk 80 being installed on the vehicle frame 70 of motorcycle and one are set to strut
Folding-unfolding mechanism between inner end 303 and positioning disk 80；
The folding-unfolding mechanism includes a turntable 304, multiple turntable permanent magnets 305, multiple positioning disk permanent magnets 801 and a bearing
306；
The turntable 304 is fixably attached on the inner end 303 of strut, which is set to inner end 303 and the positioning of strut
Between disk 80 by make strut 30 by can relative positioning disk 80 around bearing axis 307 rotate in a manner of with positioning disk 80 assemble, this
A little turntable permanent magnets 305 are fixably attached on turntable 304, and these turntable permanent magnets 305 are in equal part around the axis 307 of bearing
Circle-shaped distribution；
These positioning disk permanent magnets 801 are fixably attached on positioning disk 80, and these positioning disk permanent magnets 801 are around bearing
Axis 307 in circumference in equal parts shape be distributed；
Each turntable permanent magnet 305 and any positioning disk permanent magnet 801 are attracting, that is to say, that each turntable permanent magnetism
The polarity of the pole towards positioning disk permanent magnet of body is identical, the pole towards turntable permanent magnet of each positioning disk permanent magnet
Polarity be identical, and the polarity of the pole towards positioning disk permanent magnet of each turntable permanent magnet and each positioning disk permanent magnet
Polarity towards a pole of turntable permanent magnet is then opposite.
In the prior art, rearview mirror is in unfolded state, and rearview mirror exceeds outside the handle range of motorcycle, if by foreign object
It is easy when collision impaired.The technical solution can be in the effect of power of enforcement after rearview mirror can be made to be installed on the vehicle frame of motorcycle
Under rotate, with realize using rearview mirror when make rearview mirror be in expansion operating position, after making when rearview mirror
Visor is in the off-position folded, is damaged when not in use by the collision of foreign object to avoid rearview mirror.Also, the skill
Art scheme is in such a way that turntable permanent magnet and positioning disk permanent magnet are attracted rather than is free of spring members to realize the receipts of rearview mirror
Exhibition, novel in structural design, structure is simple, has longer service life compared with the structure for using spring members.
In the present embodiment, the presence of turntable permanent magnet 305 and the phase suction of positioning disk permanent magnet 801 keeps strut 30 relatively fixed
Position disk 80 is static, can when applying certain external force and pushing strut to overcome phase suction of the turntable permanent magnet with positioning disk permanent magnet
To drive the axis rotation of strut relative positioning coiling bearing.
In the present embodiment, turntable 304 is located at the top of positioning disk 80, the quantity and positioning disk permanent magnetism of turntable permanent magnet 305
The quantity of body 801 be it is equal, the quantity that turntable permanent magnet 305 is shown in figure is 4 pieces, and the number of positioning disk permanent magnet 801
Amount is also 4 pieces, when 30 relative positioning disk 80 of strut is static, 801 position of each turntable permanent magnet 305 and a positioning disk permanent magnet
It is corresponding, and each turntable permanent magnet 305 is located at the surface of positioning disk permanent magnet 801 corresponding with 305 position of turntable permanent magnet.
The radius and all positioning disks of circle of the center of circle on the axis 307 of bearing where all turntable permanent magnets 305 are forever
The radius of the circle with the center of circle on the axis 307 of bearing where magnet 801 is equal.
The rear mirror of motorcycle further includes a damping being set between positioning disk 80 and the vehicle frame 70 of motorcycle；
The damping includes a mounting disc 90 for being fixedly installed on the vehicle frame 70 of motorcycle and multiple elastic components
901；In the present embodiment, which is located at the lower section of positioning disk, i.e., positioning disk is between mounting disc and turntable；
One end of these elastic components 901 and positioning disk 80 are fixedly mounted, and the other end of these elastic components 901 and mounting disc
90 are fixedly mounted, and positioning disk 80 is supported on mounting disc 90 by these elastic components 901 as a result,.The present embodiment passes through setting bullet
Property part can reduce vibration caused by the vehicle frame of motorcycle and be transferred to rear mirror of motorcycle, avoid rear mirror of motorcycle because in length
Components (such as the first spherical hinge, the second spherical hinge, the third ball of caused rearview mirror in the environment of time and biggish vibration
Hinge, the 4th spherical hinge, the 5th spherical hinge, compressed spring, first gear, the first rack gear, second gear, second rack gear etc.) by
Damage, prolongs the service life.
The elastic component 901 is air spring.In the present embodiment, horizontal direction can be reduced by using air spring and is hung down
The transmitting of vibration in histogram formula, to improve damping effect.
The quantity that air spring is shown in the present embodiment, in figure is 4, these air springs are in around the axis 307 of bearing
The distribution of circumference in equal parts shape.
In the present embodiment, the outer end 301 of strut is cased with a sleeve 308 to play waterproof effect.The material of the sleeve 308 can
To be plastics, rubber, silica gel or cladding etc..
First shell 205 and second housing 206 are respectively equipped with half of ball-and-socket 209, in the first shell 205 and second housing
After 206 splits, half of ball-and-socket 209 on half of ball-and-socket 209 and second housing 206 on the first shell 205 forms placement circle
The ball-and-socket 201 of sphere 302, this can be convenient for the assembling of movable device, arrestment mechanism, spherosome and strut and shell.
Claims (2)
1. a kind of movable device of rear mirror of motorcycle, it is characterised in that:
Including first component, second component, the first movable rod, the second movable rod, the first sliding bar, the second sliding bar,
Two spherical hinges, third spherical hinge, the 4th spherical hinge and the 5th spherical hinge；
First sliding bar is installed in a manner of it can be parallel to the length direction sliding of the first sliding bar with respect to first component edge
In first component, one end of first movable rod and the first sliding bar pass through the second flexural pivot chain link, first movable rod
The other end and second component pass through third flexural pivot chain link；
Second sliding bar is installed in a manner of it can be parallel to the length direction sliding of the second sliding bar with respect to first component edge
In first component, one end of second movable rod and the second sliding bar pass through the 4th flexural pivot chain link, second movable rod
The other end and second component pass through the 5th flexural pivot chain link.
2. the movable device of rear mirror of motorcycle according to claim 1, it is characterised in that:
The second component and first component pass through the first flexural pivot chain link so that first component can be with respect to second component first
It is movable under the constraint of spherical hinge；
The length direction of first sliding bar is parallel to the length direction of the second sliding bar；
First spherical hinge includes a spherosome for being fixedly installed in second component and a ball-and-socket in first component, ball
Body is placed in ball-and-socket；
The first swing rod and the second swing rod being parallel to each other are fixedly provided on the spherosome, wherein
The other end of first movable rod referred to second component by third flexural pivot chain link, first movable rod it is another
One end and the first swing rod pass through third flexural pivot chain link；
The other end of second movable rod referred to second component by the 5th flexural pivot chain link, second movable rod it is another
One end and the second swing rod pass through the 5th flexural pivot chain link.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611267012.6A CN106828714B (en) | 2016-12-31 | 2016-12-31 | The movable device of rear mirror of motorcycle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611267012.6A CN106828714B (en) | 2016-12-31 | 2016-12-31 | The movable device of rear mirror of motorcycle |
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| Publication Number | Publication Date |
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| CN106828714A CN106828714A (en) | 2017-06-13 |
| CN106828714B true CN106828714B (en) | 2019-01-22 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201611267012.6A Active CN106828714B (en) | 2016-12-31 | 2016-12-31 | The movable device of rear mirror of motorcycle |
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Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111749944B (en) * | 2020-07-08 | 2024-05-14 | 安徽合力股份有限公司 | Multi-way valve control mechanism |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2654997A1 (en) * | 1989-11-29 | 1991-05-31 | Peugeot | Adjustable external rear-view mirror particularly for a motor vehicle |
| TWM254401U (en) * | 2003-09-12 | 2005-01-01 | Wen-Lin Jang | Structure of support for rear view mirror of motorcycle |
| TWM381564U (en) * | 2009-11-10 | 2010-06-01 | liu-sen Zhang | Quick disassembly structure of rear view mirror |
| CN203793509U (en) * | 2014-04-08 | 2014-08-27 | 温州宇星摩配有限公司 | Adjustment mechanism of rearview mirror of motorcycle |
| US8979285B1 (en) * | 2012-08-13 | 2015-03-17 | Larry Sasaki | Forward view bicycle mirror assembly |
| CN205440152U (en) * | 2016-04-15 | 2016-08-10 | 鹰潭市科速达电子塑胶有限公司 | Telescopic automobile rearview mirror |
-
2016
- 2016-12-31 CN CN201611267012.6A patent/CN106828714B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2654997A1 (en) * | 1989-11-29 | 1991-05-31 | Peugeot | Adjustable external rear-view mirror particularly for a motor vehicle |
| TWM254401U (en) * | 2003-09-12 | 2005-01-01 | Wen-Lin Jang | Structure of support for rear view mirror of motorcycle |
| TWM381564U (en) * | 2009-11-10 | 2010-06-01 | liu-sen Zhang | Quick disassembly structure of rear view mirror |
| US8979285B1 (en) * | 2012-08-13 | 2015-03-17 | Larry Sasaki | Forward view bicycle mirror assembly |
| CN203793509U (en) * | 2014-04-08 | 2014-08-27 | 温州宇星摩配有限公司 | Adjustment mechanism of rearview mirror of motorcycle |
| CN205440152U (en) * | 2016-04-15 | 2016-08-10 | 鹰潭市科速达电子塑胶有限公司 | Telescopic automobile rearview mirror |
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| Publication number | Publication date |
|---|---|
| CN106828714A (en) | 2017-06-13 |
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Effective date of registration: 20191211 Address after: 314407 No. 501, Sangzi South Road, zhouwangmiao Town, Haining City, Jiaxing City, Zhejiang Province Patentee after: Haining Qiantang New Rural Development Co., Ltd Address before: 528400 Guangdong province Zhongshan City Shiqi District, North Hubin Road No. 68 building 4 Room 502 Lakeview Garden Patentee before: Zhang Yulian |