CN204641553U - Especially for the mirror adjustment mechanism of the back mirror of self-propelled vehicle - Google Patents
Especially for the mirror adjustment mechanism of the back mirror of self-propelled vehicle Download PDFInfo
- Publication number
- CN204641553U CN204641553U CN201420857446.1U CN201420857446U CN204641553U CN 204641553 U CN204641553 U CN 204641553U CN 201420857446 U CN201420857446 U CN 201420857446U CN 204641553 U CN204641553 U CN 204641553U
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- mirror
- contact portion
- spring
- assist spring
- adjustment mechanism
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60R—VEHICLES, VEHICLE FITTINGS, OR VEHICLE PARTS, NOT OTHERWISE PROVIDED FOR
- B60R1/00—Optical viewing arrangements; Real-time viewing arrangements for drivers or passengers using optical image capturing systems, e.g. cameras or video systems specially adapted for use in or on vehicles
- B60R1/02—Rear-view mirror arrangements
- B60R1/06—Rear-view mirror arrangements mounted on vehicle exterior
- B60R1/062—Rear-view mirror arrangements mounted on vehicle exterior with remote control for adjusting position
- B60R1/07—Rear-view mirror arrangements mounted on vehicle exterior with remote control for adjusting position by electrically powered actuators
- B60R1/072—Rear-view mirror arrangements mounted on vehicle exterior with remote control for adjusting position by electrically powered actuators for adjusting the mirror relative to its housing
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60R—VEHICLES, VEHICLE FITTINGS, OR VEHICLE PARTS, NOT OTHERWISE PROVIDED FOR
- B60R1/00—Optical viewing arrangements; Real-time viewing arrangements for drivers or passengers using optical image capturing systems, e.g. cameras or video systems specially adapted for use in or on vehicles
- B60R1/02—Rear-view mirror arrangements
- B60R1/06—Rear-view mirror arrangements mounted on vehicle exterior
- B60R1/062—Rear-view mirror arrangements mounted on vehicle exterior with remote control for adjusting position
- B60R1/064—Rear-view mirror arrangements mounted on vehicle exterior with remote control for adjusting position by manually powered actuators
- B60R1/066—Rear-view mirror arrangements mounted on vehicle exterior with remote control for adjusting position by manually powered actuators for adjusting the mirror relative to its housing
Abstract
A kind of mirror adjustment mechanism of the back mirror especially for self-propelled vehicle, comprise base component, mirror strut member is arranged pivotly relative to base component, wherein damping spring is arranged between base component and mirror strut member, the outer collar part of damping spring is surrounded interior contact portion and cooperates with interior contact portion under the action of the spring, it is characterized in that, under the outer collar part of damping spring is in the effect of assist spring, assist spring is made up of the material less relative to the Material Relaxation of damping spring, and assist spring is arranged at least part of mode of the square upwardly outer collar part at interior contact portion.
Description
Technical field
The present invention relates to the mirror adjustment mechanism of preamble according to claim 1 and the wing mirror unit for self-propelled vehicle of preamble according to claim 18.
Background technology
This mirror adjustment mechanism is known.Mirror strut member can pivotal arrangements make it possible to regulate relative to base component the mirror element connected with mirror strut member relative to base component.Damping spring prevents mirror element from vibrating relative to base component.Particularly in fair speed with for the mirror element with relative high weight, this vibration can become extremely remarkable.
In known mirror adjustment mechanism, damping spring is constructed to the elastic wings molded with actuator casing one piece injection, and elastic wings cooperates with the inside face of the annular lip be molded with mirror strut member one piece injection.In another kind of mirror adjustment mechanism, damping spring is constructed to the spring leg molded with mirror strut member one piece injection, and it cooperates with the inner side of Jing Gai.
The advantage of the plastics damping spring cooperated with plastic contacts track well suppresses to vibrate.
But shortcoming is the spring force of plastics damping spring is not constant.Such as, due to relaxing of plastic material, spring force reduces in time.In view of this, in practice, mirror adjustment mechanism is provided with relatively high initial spring force.This makes to assemble more difficult and needs the structure of phase counterweight.When mirror adjustment mechanism is provided with electric drive, high initial clamping force needs to use the relatively heavy electric notor high with cost to overcome the quite high friction moment relevant with relatively high gripping power.
Summary of the invention
The object of the present invention is to provide the mirror adjustment mechanism of the type mentioned in a kind of cited portion, wherein can eliminate above-mentioned shortcoming and retain above-mentioned advantage simultaneously.
For this reason, the invention provides a kind of mirror adjustment mechanism according to claim 1 and the wing mirror unit for self-propelled vehicle according to claim 18.
The present invention be more particularly directed to a kind of mirror adjustment mechanism of the back mirror especially for self-propelled vehicle, comprise base component, mirror strut member is arranged pivotly relative to base component, wherein damping spring is arranged between base component and mirror strut member, the outer collar part of damping spring cooperates with interior contact portion under the action of the spring, under wherein the outer collar part of damping spring is in the effect of assist spring, assist spring is made up of the material less relative to the Material Relaxation of damping spring, and assist spring is arranged at least part of mode of the square upwardly outer collar part at interior contact portion.
By using the assist spring be made up of the material relaxing relative to the less degree of the material of damping spring, under contact component between base component and mirror strut member can be placed in action of the spring in durable failure-free mode while reservation excellent damping attribute, wherein due to assist spring with the direction at interior contact portion (namely, to the inside) the upper at least part of mode promoting outer collar part is arranged, can provide the more reliable mirror adjustment mechanism with being more prone to assemble., can select obviously lower initial spring force, thus be convenient to assembling, structure can be formed lighter design, any electric notor can equally be formed lighter design in addition, for the known system of this area correspondingly.
Critical aspects of the present invention, namely assist spring is arranged at least part of mode of the side's upwardly outer collar part at interior contact portion and be furthermore achieved that the easy, uncomplicated of mirror adjustment mechanism and failure-free manufacture and assembling.
Needs should be mentioned that, damping spring can preferably there is not assist spring time particularly the middle relative position (shown in Fig. 1-3) of base component and mirror strut member and/or pivotable relative position (, deflect out midway location) on interior contact portion, apply spring force mode arrange and construct, but it also can there is not assist spring time at middle relative position and/or there is no power in pivot position, particularly do not have the spring force mode be applied on interior contact portion to arrange and construct.
Preferably, outer collar part is arranged in Jing Zhichengjianchu, and wherein interior contact portion is arranged in base component place.As another kind of embodiment, base component is set to stationary parts, is preferably arranged in the static element at vehicle place, and wherein mirror strut member is the movable member being arranged in base component place pivotly and preferably carrying mirror.
Preferably, interior contact portion is surrounded by outer collar part at least partly, and is preferably also surrounded by assist spring.Preferably, outer collar part is by limiting in the annular that is positioned at and surrounds interior contact portion or one or more contact portions of annular on line or similar arrangement surround interior contact portion at least in part.Preferably, assist spring is arranged to same or similar encirclement interior contact portion.
Preferably, assist spring is configured as coil element or similar element at least partly, and wherein its diameter can flexibly increase.
Coil element can be opening or closed coil element.
Preferably, this coil element or like are attached to outer collar part in the mode of tensioning in advance, make it on the direction of interior contact portion, promote at least part of of outer collar part continuously.
The increase being shaped as the diameter of the assist spring of circle or like by act on circle or like tangential on longitudinal force (power of circumferentially axis effect) or the bending force acted in the radial direction of coil element or both mixing provide.
Preferably, interior contact portion is set to bulb or similar spherical arrangement.For this layout, outer collar part preferably surrounds bulb or similar spherical arrangement, thus between base component and the mirror strut member of attachment, provide failure-free can pivot support.Particularly, the linkage arrangement between outer collar part and interior contact portion is that sphero-joint is arranged.This sphero-joint is arranged and is preferably understood to that wherein outer collar part is pivotably connected to each other under surrounding the impact of the normal force that interior contact portion makes two parts occur in the use procedure of mirror adjustment mechanism, but the layout unremovably connected at least one direction and/or axis.The connection axis of this axis here such as between connecting bridge and collar portion.
Internal connection divides each part that can be set to comprise the mating surfaces arranged with collar portion complementation, thus provide above can pivotal arrangements in conjunction with the connection at least one direction and/or axis.A kind of embodiment of this interior contact portion can be such as cup or spherical main, wherein this main body can comprise unique with independent mating surfaces or comprise one or more consistent mating surfaces, this surface preferably extends along ball portion, particularly extends along its outside face.Also can provide this interior contact portion by means of only the annular of mating surfaces and similar surfaces or similar bending or spherical arrangement, it is preferably away from each other and preferably by separation such as recess, smooth or uneven elements.This is equally applicable to collar portion, and it can comprise unanimously to arrange around collar portion or unique and the collar element be separated, the preferably wing each other.
Described in above, therefore damping spring preferably includes outer collar part and the interior contact portion of complementary layout, and wherein interior contact portion is set to bulb or similar spherical arrangement, and it is surrounded by the outer collar part be formed separately at least partly.
Preferably, interior contact portion comprises cup or similar spherical form at least partly, bottom faces proximal direction, carries on the back towards collar portion, and at least one tilts or similar bending sidewall comprises at least one mating surfaces and in the opposite direction (i.e. distal direction) upper extension.Preferably, the interior contact portion of cup-shaped or similar spherical form is respectively by its bottom contiguous and/or be attached to base component or mirror strut member.This bottom can be any part that inclination or similar bending sidewall are attached or be connected to.Consider the interior contact portion arranged respectively, collar portion preferably constructs in a complementary fashion, surrounds the interior contact portion of cup-shaped or spherical form at least in part and preferably makes interior contact portion can be connected to collar portion relative to collar portion pivotable at least one axis and/or axis.
Preferably, interior contact portion preferably to broaden in its distal direction in the region of its mating surfaces, more preferably in the region of the encirclement interior contact portion of collar portion.
Preferably, outer collar part comprises at least one and preferred multiple contact wing, its abutment against inner contact portion.Abut against on interior contact portion with this means contact wing preferred elastomeric, thus is particularly combined with assist spring and ensures reliable connection between mirror strut member and base component and further reliably damping.
Preferably, outer collar part abuts against on interior contact portion with the angular way of surrounding interior contact portion.Preferably, outer collar part comprises the above-mentioned external contact wing thus, and the external contact wing is then to surround interior contact portion and preferably to abut against the circular pattern layout on the surface of interior contact portion.
Preferably, interior contact portion has rigid construction compared with outer collar part, and it preferably has elastic construction or is respectively arranged with the contact wing of above-mentioned elasticity layout.Certainly, interior contact portion also can be made to arrange and the collar portion interactional complementary contact surface wing or similar elastic part.
By assist spring being configured to separate part, particularly as detachable block, to connect with the mirror element of phase counterweight and/or to be used for relative self-propelled vehicle at a high speed mirror adjustment mechanism damping spring can when not further Amending design adjust simply.
Preferably, outer collar part comprises the assist spring receiving device for receiving assist spring.This receiving device can be such as recess elements, and wherein assist spring can be received reliably.Preferably, receiving device is set to bayonet unit, and assist spring can be snapped in receiving device, and preferably can be arranged in receiving device and will be attached to mirror adjustment mechanism without any other retaining element.This receiving device can be such as the groove arranged with the outer shape complementation of assist spring.Preferably, receiving device can be attached and dismantle and the mode not destroying any other parts of receiving device or mirror adjustment mechanism is arranged by assist spring when needed.
Preferably, outer collar part comprises at least one flexible contact wing, and it is set to comprise the flexible raised of the abutment surface of adjacent interior contact portion at far-end, and wherein assist spring receiving device is proximally arranged relative to described abutment surface.This means that being set to the flexible raised flexible contact wing presses internally contact portion by assist spring, wherein particularly receiving device provides resilient pre-tension relative to the layout of abutment surface nearside and ensures the reliable contacts between the contact wing and inner contact surfaces.
Preferably, assist spring is arranged on the outside of collar portion, preferably on the outside of the contact wing above-mentioned, carries on the back towards interior contact portion outside this.Thus, assist spring easily can be attached to collar portion.
Preferably, assist spring is configured as coil element at least in part, and wherein its diameter can flexibly increase.
Damping spring is preferably manufactured by plastic material, and assist spring is preferably by metal, particularly spring steel manufacture.
Assist spring also can by elastomeric material, such as natural rubber or thermoplastic rubber manufacture.
Preferably, assist spring is configured to the element that can extend along its longitudinal axis flexibility, such as, be configured to elastomer rubber or similar coil element, such as coil spring coil element etc.
In addition, assist spring can be configured to the coil element of flexibly opening, and wherein in order to increase the diameter of broken ring element, the free end of broken ring element must be forced to away from each other.
Particularly when assist spring is manufactured by thermoplastic elastic material, it can be manufactured by so-called bi-component injection-molded effectively.
When mirror adjustment mechanism is provided with some damping springs, under it also can be placed in the effect of one or more assist spring certainly.
Preferably, between base part and mirror strut member, be specially between outside collar portion and interior contact portion, comprise at least one retaining member, to reduce the spring travel between base component and mirror strut member.This strengthens damping quality.In addition, preferably, retaining member is arranged in the adjustable mode of spring travel.In this regard, the mode that retaining member can irreversibly adjust with holding structure is arranged, and make after first time arranges spring travel, the further increase of spring travel no longer may.Such as, this retaining member can be provided with blockade or wiping mechanism.Also can arrange the retaining member be made up of plastics or similar deformable material, its geometry tilts by first or pivotable changes, thus limits the further largest motion of corresponding component (i.e. base component and mirror strut member).
Preferably, at least one parts of mirror adjustment mechanism provide by injection-molded, wherein preferably, base component and mirror strut member at least partially in one with identical injection-molded process in manufacture.Preferably, outer collar part is manufactured with identical injection-molded process by one with interior contact portion.In order to realize this point, two parts such as manufactured in identical injection-molded process are connected by fragile connection rib.These connection ribs can be destroyed before the last assembling of two parts or in process subsequently, before arranging reduction spring travel above-mentioned or in the process.
As mentioned above, the invention still further relates to the wing mirror unit for self-propelled vehicle, it comprises Jing Gai and mirror unit, and Jing Gai is provided with the mirror adjustment mechanism of band Auxiliary Damping spring, and mirror unit connects with the mirror strut member of mirror adjustment mechanism.
Other Advantageous embodiments of the present invention are recorded in the dependent claims.
Accompanying drawing explanation
By the illustrative embodiments based on the two kinds of signals represented in accompanying drawing, the present invention will be described.
In the accompanying drawings:
The perspective illustration of the first embodiment of Fig. 1 display device regulating mechanism;
Fig. 2 shows another perspective illustration of the embodiment of Fig. 1;
Fig. 3 shows the schematic perspective cross section of the embodiment of Fig. 1;
The perspective illustration of the second embodiment of Fig. 4 display device regulating mechanism; And
Fig. 5-8 shows the different embodiments of assist spring.
Detailed description of the invention
Fig. 1-3 shows the mirror adjustment mechanism 1 of the back mirror being used for self-propelled vehicle.Mirror adjustment mechanism 1 comprises base component 2, and mirror strut member 3 is arranged pivotly relative to base component 2.In this embodiment, can pivotal arrangements being that cross-piece (cross piece) by not showing realizes, realizing the Hooke's coupling between base component 2 and mirror strut member 3 by this cross-piece.Cross-piece can around first axle (such as x-axis line) relative to base component 2 pivotable.Mirror strut member 3 around the second axis (such as y-axis line) pivotable, can be connected with cross-piece subsequently.This mode of connection base component 2 (being formed by actuator casing here) is known and is particularly used in the product mirror actuator model 960 of Eaton Automotive B.V., has a detailed description in Netherlands patent applications 7905806.
Damping spring 4 is arranged between base component 2 and mirror strut member 3.In this illustrative embodiments, damping spring is configured with outer collar part 6, it cooperates with interior contact portion 8 under the action of the spring, under wherein the outer collar part 6 of damping spring 4 is in the effect of assist spring 10, the material of assist spring 10 is less relative to the Material Relaxation of damping spring, and assist spring 10 is arranged to side's upwardly outer collar part 6 at least part of at interior contact portion 8.Certainly, this layout also can be arranged on the contrary, and this means that outer collar part is connected to base component, interior contact portion is connected to mirror strut member.Given this, all further embodiments and explanation are also applicable to this layout.
Above-mentioned part 6,8 respectively with can arrange in many ways mirror strut member 3 and connecting of base component 2, such as, as integrally connecting, removably connecting or as detachable or non-removable assembly etc.
Outer collar part 6 is preferably surrounded interior contact portion 8 and is made them all form sphero-joint layout.This means that two parts 6,8 relative to each other can pivotal arrangements.
Preferably, outer collar part 6 comprises from the outward extending Elastic Contact wing 16 of mirror strut member 3, and the wing is integrally formed preferably by the housing parts of injection-molded and mirror strut member 3.The abutment surface 5 that damping spring 4 cooperates with the interior contact portion 8 of base component 2 under being included in spring force.
Interior contact portion 8 is parts of base component 2, and is preferably shaped to bulb or similar spherical arrangement here, such as, as dome, preferably has the middle body Z forming raised portion relative to the part arranging collar portion.In the accompanying drawings, middle body Z is covered by base component 2.
Collar portion and be preferably damping spring 4 the contact wing 16 be in the action of the spring of assist spring 10 at least partly under, assist spring 10 is made up of the material more less than the Material Relaxation of damping spring 4 as mentioned.Assist spring 10 can such as by the plastics manufacture relaxing less than the plastics manufacturing damping spring 4.
In this illustrative embodiments, assist spring 10 is constructed to the opening O type circle be made up of spring steel.Assist spring is more preferably configured as circle or similar embracing element further, and wherein its diameter can flexibly increase.Although it is preferably that assist spring is configured to separate part, the separate part removably installed also is preferred.
As particularly seen from Fig. 3, outer collar part 6 comprises the assist spring receiving device 12 for receiving assist spring 10.Here, assist spring can be snapped in receiving device.Also the mode can separating buckle with assist spring arranges receiving device.
As visible in Fig. 1-Fig. 3, assist spring 10 is attached to the outside Elastic Contact wing 16 and outer collar part 6 respectively, makes it in the side's upwardly outside Elastic Contact wing 16 and outer collar part 6 of interior contact portion 8.Therefore outer collar part 6 is formed as surrounding interior contact portion 8 at least in part and preferably surrounds the middle body Z of interior contact portion 8, and wherein this contact portion 8 is set to ball type device, is specially and is arranged to bulb.By assist spring 10 to be snapped on the receiving device 12 that is arranged on the contact wing 16 or in, these contact wings are reliably promoted on the direction of contact portion 8, thus provide reliable damping between base component 2 and mirror strut member 3.Even after the flexible contact wing 16 is lax, the effect still owing to acting on the assist spring on the contact wing 16 provides failure-free damping.
Because the assist spring 10 that is attached to collar portion 6 is against interior contact portion 8 impeller-hub loop section 6 and preferably its wing 16, collar portion 6 is reliably retrained relative to the motion of interior contact portion 8.This means if mirror strut member 3 is relative to base component 2 pivotable, the motion, the i.e. motion of collar portion 6 and contact portion 8 that produce in damping spring 4 are restrained.This is applicable to the deflection such as caused by the adjustment of mirror angle, is also applicable to the deflection that vibration because mirror adjustment mechanism is such as subject in the processes such as Automobile drive and micro-vibration cause.
For this embodiment, interior contact portion 8 comprises and/or is arranged to cup or similar spherical form, wherein the bottom 14 of this cup-shaped is towards on proximal direction Dp (see Fig. 1), namely carry on the back towards collar portion 6, and at least one of the mating surfaces 19 adjoined comprising outer collar part 6, preferably its wing tilts or similar bending sidewall 18 in the opposite direction, i.e. distal direction D
d(see Fig. 1) extends.The interior contact portion 8 of this embodiment is at its distal direction D
dupper and preferably broaden in the region of its mating surfaces 12, in the region that more preferably surrounds interior contact portion 8 in collar portion 6.
Generally and particularly due to this cup-shaped layout of interior contact portion 8, assist spring 10, against interior contact portion 8 impeller-hub loop section 6, makes can deflect between two parts 6,8, and provides particularly along axis Dp-D
dfurther connection.
As seen in Figure 3, the contact wing or at least some contact wing adjacent interior contact portion 8 under an angle, thus surround interior contact portion 8.Particularly, the contact wing 16 is set to comprise the flexible raised of the abutment surface 5 of adjacent interior contact portion 8 at its far-end, and the receiving device 12 wherein for assist spring 10 is arranged to proximally be arranged in the contact wing 16 (at direction D relative to described abutment surface 5
don near receiving device 12 or away from receiving device 12).Therefore, abutment surface 5 is preferably afterburning in advance against interior contact portion 8.
As from Fig. 1,2 and 3 visible and already mentioned above, assist spring 10 is set to opening O type circle here, its diameter d
r(see Fig. 5) can flexibly increase.Particularly, diameter d
rflexibly increase by bending assist spring 10, wherein its free end 13 moves away from each other, increases the auxiliary force acted on respectively on collar portion 6 and interior contact portion 8 thus.Therefore the assist spring power acted in outer collar part 6 provide reliable damping between base part 2 and mirror strut member 3.
For this embodiment, assist spring 10 is preferably made of metal, and is preferably made up of spring steel, but also can arrange assist spring by the plastic material less relative to the Material Relaxation of damping spring.Damping spring 4 is also preferred to be made up of plastic material.
The second embodiment of the open mirror adjustment mechanism of Fig. 4, it is almost identical with the embodiment shown in Fig. 1-3 and comprise the parts identical with the first embodiment previously described in principle.Equally, base component 2 is arranged pivotly relative to mirror strut member 3, wherein between base component 2 and mirror strut member 3, arrange damping spring 4, it comprises the outer collar part 6 being connected to mirror strut member 3, thus surrounds the interior contact portion 8 being connected to base component 2.Equally, this layout can also can be arranged on the contrary.
The difference of these two kinds of embodiments is the structure of assist spring 10: it is set to closed coil element and particularly closed clamp collar, it is also made up of the material less relative to the Material Relaxation of damping spring 4, and arranges at least part of mode of the square upwardly outer collar part 6 at interior contact portion 8.
Same for this embodiment, assist spring 10 is shaped as coil element, and wherein its diameter can flexibly increase.For this reason, assist spring 10 is preferably made up of plastic material, specifically by elastomeric material, be preferably made up of thermoplastic rubber.Preferably, assist spring 10 is constructed to the element that can extend flexibly along its longitudinal axis, makes the diameter of assist spring 10 to increase respectively and to reduce.By such as sliding and/or the corresponding assist spring of buckle on outside collar portion 6, outer collar part reliably can be forced on the direction of interior contact portion 8.
Fig. 5-8 schematically discloses the different embodiments of assist spring 10.
Fig. 5 discloses a kind of embodiment, and wherein assist spring 10 is arranged to the broken ring element with free end 13, and wherein assist spring 10 is made up of elastomeric material, and is preferably made up of spring steel.This assist spring 10 is such as arranged to the embodiment shown in Fig. 1-3.
Fig. 6 discloses a kind of assist spring 10, and it is set to closed coil element, is made up and preferably by can along its longitudinal axis A of elastomeric material
xthe material extended flexibly is made.Assist spring 10 preferably can be manufactured by thermoplastic rubber by elastomeric material.The corresponding embodiment of assist spring is such as arranged to embodiment as shown in Figure 4.
Fig. 7 discloses a kind of assist spring 10, and it is also arranged to closed coil element, and wherein assist spring 10 comprises zigzag or similar sweep, and it can along the longitudinal axis A of assist spring 10
xdeflection also preferably straightens substantially.This assist spring 10, preferably by metal or similar flexiplast manufacture, is preferably manufactured by spring steel.
Fig. 8 discloses a kind of similar embodiment, and wherein assist spring 10 is arranged to spiral elastic ring, and its diameter is also by axis A along the longitudinal
xextend and increase.
Claims (16)
1. the mirror adjustment mechanism for the back mirror of self-propelled vehicle, comprise base component, mirror strut member is arranged pivotly relative to base component, wherein damping spring is arranged between base component and mirror strut member, the outer collar part of damping spring is surrounded interior contact portion and cooperates with interior contact portion under the action of the spring, it is characterized in that
Under the outer collar part of damping spring is in the effect of assist spring, assist spring is made up of the material less relative to the Material Relaxation of damping spring, and assist spring is arranged at least part of mode of the square upwardly outer collar part at interior contact portion.
2. mirror adjustment mechanism according to claim 1, wherein, interior contact portion is surrounded by outer collar part at least partly, and is preferably also surrounded by assist spring.
3. according to mirror adjustment mechanism in any one of the preceding claims wherein, wherein, assist spring is configured as coil element or similar embracing element at least partly, and wherein its diameter can flexibly increase.
4. mirror adjustment mechanism according to claim 1 and 2, wherein, interior contact portion is set to bulb or similar spherical arrangement at least in part.
5. mirror adjustment mechanism according to claim 1 and 2, wherein, interior contact portion has cup or similar spherical form at least partly, have towards proximal direction, carry on the back collar portion towards the outside bottom and comprise at least one mating surfaces and at least one tilt or the similar bending sidewall in the opposite direction namely distal direction extended.
6. mirror adjustment mechanism according to claim 1 and 2, wherein, outer collar part comprises at least one of abutment against inner contact portion and is preferably multiple contact wing.
7. mirror adjustment mechanism according to claim 1 and 2, wherein, outer collar part abuts against on interior contact portion with the circular pattern of surrounding interior contact portion.
8. mirror adjustment mechanism according to claim 1 and 2, wherein, outer collar part comprises the assist spring receiving device for receiving assist spring.
9. mirror adjustment mechanism according to claim 8, wherein, outer collar part comprises and is set at least one flexible raised flexible contact wing, the flexible raised abutment surface comprising adjacent interior contact portion at its far-end, wherein assist spring receiving device is proximally arranged relative to described abutment surface.
10. mirror adjustment mechanism according to claim 1 and 2, wherein, assist spring is arranged in the back of the body of outer collar part towards on the side of interior contact portion.
11. mirror adjustment mechanisms according to claim 1 and 2, wherein, damping spring is manufactured by plastic material.
12. mirror adjustment mechanisms according to claim 1 and 2, wherein, assist spring is by metal, preferably manufactured by spring steel.
13. mirror adjustment mechanisms according to claim 1 and 2, wherein, assist spring is by elastomeric material, preferably manufactured by thermoplastic rubber.
14. mirror adjustment mechanisms according to claim 1 and 2, wherein, assist spring is constructed to the element that can extend along its longitudinal axis.
15. mirror adjustment mechanisms according to claim 1 and 2, wherein, assist spring is constructed to elastomeric broken ring element.
16. 1 kinds of wing mirror units for self-propelled vehicle, comprise and being provided with according to the Jing Gai of mirror adjustment mechanism in any one of the preceding claims wherein and the mirror unit that connects with the mirror strut member of mirror adjustment mechanism.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| NL2012412 | 2014-03-12 | ||
| NL2012412 | 2014-03-12 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204641553U true CN204641553U (en) | 2015-09-16 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420857446.1U Active CN204641553U (en) | 2014-03-12 | 2014-12-30 | Especially for the mirror adjustment mechanism of the back mirror of self-propelled vehicle |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN204641553U (en) |
| ES (1) | ES1137681Y (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020005188A2 (en) * | 2018-06-25 | 2020-01-02 | Tofas Turk Otomobil Fabrikasi Anonim Sirketi | Wing mirror vibration damping system |
-
2014
- 2014-12-30 CN CN201420857446.1U patent/CN204641553U/en active Active
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2015
- 2015-03-10 ES ES201530302U patent/ES1137681Y/en active Active
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| Publication number | Publication date |
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| ES1137681Y (en) | 2015-06-16 |
| ES1137681U (en) | 2015-03-23 |
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