CN205615412U - Adjusting mechanism for back vision device of motor vehicles - Google Patents

Abstract

The utility model relates to an adjusting mechanism for back vision device of motor vehicles, include: can attach the bed frame that connects to motor vehicles to and be used for supporting the back vision component supporter of back vision component, but back vision component supporter with the aid of the hinge structure pivot be connected to the bed frame, with at least around first pivot. The bed frame is provided with a plurality of electric conductors. The electric conductor has the first terminal and second terminal, and the first terminal is used for the electricity to be connected to adjustment mechanism's electrical component or electronic parts's terminal, and the second terminal is used for the electricity to be connected to power and/or the controller that is located the adjustment mechanism outside. The bed frame includes first portion and second portion, and first portion pivot ground is connected to back vision component supporter, and the formation of second portion is arranged in covering at least in part first one or more open -ended cap of bed frame. The second portion of bed frame is bayonet moulded parts or includes bayonet moulded parts that wherein, the electric conductor is partly encapsulated to be centered on basically in the plastic materials of electric conductor molding.

Description

Governor motion for the rear-view mirror device of motor vehicles

Technical field

This utility model relates to the governor motion of the rear-view mirror device of motor vehicles, especially for rear The mirror adjustment mechanism of mirror device, this governor motion includes pedestal and for supporting rearview element (especially Mirror element such as looking glass) rearview element supporting member, wherein, rearview element supporting member is by means of hinge Access node structure is as pivotally connected to pedestal, with at least about the first pivot and preferably around two pivots Pivot.

Pedestal can be such as by being securely attached to housing (particularly mirror housing) by described pedestal Being attached to motor vehicles, housing such as can be pivotally connected to supporting arm, and supporting arm can be regularly It is connected to the vehicle body of motor vehicles.Then, housing can generally along away from motor vehicles by housing wherein Car body direction extend folded-out position highlight not far with its middle shell and more lean on And pivot between the position of the fold inward that the car body of motor vehicles extends along substantially rearwardly direction.

Governor motion may be used for rear-view mirror device (such as looking glass) relative to the position, angle of described pedestal Put and be adjusted.It should be noted that the Angle Position of rear-view mirror device or position of rotation can be conditioned, with The individual preference of convenient user.Such as, if the driver of vehicle is relatively high or short, and he The position of eyes is relatively high relative to looking glass or relatively low, then can carry the rearview element of looking glass Supporting member can tilt around the axle of general horizontal.Additionally or alternatively, driver in vehicle Being positioned in the case of relatively forward or backward, rearview element supporting member can incline around the axle of less perpendicular Tiltedly.

Background technology

Known existence has the governor motion of so-called storage function, such as, in order to stores at least one and uses Family and the individual preference of the most multiple user.Such governor motion is usually provided with one or more Multiple potentiometers, are used for indicating between pedestal with rearview element supporting member relative to around corresponding pivot to generate The signal of telecommunication of the pivoting angle of the rotation of axle.By means of such signal of telecommunication, controller or so-called control Unit processed thus can verify current angle of pivot and/or the position of rotation of rearview element supporting member, with And/or person can by rearview element supporting member band to the most predetermined position of rotation, such as with can be stored in The position of rotation that positional information in memory cell is corresponding.But, there is so-called memory function Such governor motion relatively costly, such as, at least partly because be usually formed as so The governor motion potentiometer of special-purpose member that is specifically designed and manufactures.

For example, as it is known that a kind of governor motion, it has base portion and the jail including being securely attached to pedestal Admittedly be attached to the Special-purpose potentiometer of slide resistor of described base portion.Described known governor motion special The input gear being coupled to described base portion rotatably is also included with potentiometer, and by means of slide engaging and disengaging Device be connected to the slip moment of the slider of described input gear more than slide resistor and slider it Between moment of friction.In this Special-purpose potentiometer, the base portion of potentiometer is provided with stop, and sliding Dynamic device is provided with the anti-stop of correspondence.During assembling Special-purpose potentiometer, it is provided with the defeated of slider Enter gear and be mounted to be provided with the base portion of slide resistor.Slider is relative to the rotation of slide resistor Also the unknown is put in indexing.In order to calibrate potentiometer, the most such as by make input gear rotate at least over 360 °, input gear is made to be rotated into such degree relative to base portion: to determine stop and anti-stopping Portion engages.Owing to slider is at known position of rotation, particularly at end position, so stopping rotation After turning input gear, learn the current rotary position of input gear and the described known rotation of slider Correspondence is put in indexing.Therefore, Special-purpose potentiometer is corrected.

Although the calibration of described known proprietary potentiometer can relatively easily with convenient, but use special Potentiometer has into not as using the potentiometer (such as, the parts of purchase or standard component) of more standard This benefit.

But, the parts bought even with the potentiometer of relative standard, particularly standard, but Relative to not there is such so-called memory function and therefore can not including any potentiometer Similar governor motion, the governor motion with so-called memory function is the most relatively costly.

In order to provide for low side motor vehicles or relatively cheap regulation machine of economical-type automobile Structure and the most senior regulation machine for high-end motor vehicles (luxury car as relatively costly) Structure, governor motion manufacturer generally produces, stores and sells different governor motions.But, example As from the perspective of logistics, such as, there is different production lines and/or store different parts or product Product can be disadvantageous.

Utility model content

The purpose of present disclosure is to provide the optional tune of a kind of rear-view mirror device for motor vehicles Joint mechanism.Specifically, the purpose of present disclosure can be to provide a kind of governor motion, wherein, disappears Except at least one shortcoming in the governor motion of prior art.More specifically, present disclosure is intended to Thering is provided a kind of governor motion, this governor motion has and props up with its rearview element for generating its pedestal of instruction One or more potentiometer of the signal of telecommunication of the pivoting angle between bearing member, wherein, when manufacturer needs Supply and there is the relatively advanced governor motion of so-called memory function and lack this so-called During relatively cheap both governor motions of memory function, described governor motion can be alleviated and has difference Production line and/or the different part of storage or the shortcoming of product.Alternatively or additionally, in the disclosure Holding and aim to provide a kind of governor motion, this governor motion has for generating its pedestal of instruction and its backsight One or more potentiometer of the signal of telecommunication of the pivoting angle between element support, wherein, is not required to Want special current potential, and wherein said governor motion carries out school the most preferably the most in a relatively simple manner Accurate.Alternatively or additionally, the purpose of present disclosure can be to provide one to use in the following manner In the alternative method of governor motion providing the rear-view mirror device with potentiometer: preferably wherein it is possible to Governor motion is calibrated, more preferably wherein it is possible to relatively easily governor motion is carried out school Accurate.

Therefore, present disclosure provides the governor motion of a kind of rear-view mirror device for motor vehicles, excellent Selection of land is for the mirror adjustment mechanism of mirror apparatus.This governor motion includes such as can be by by pedestal Being securely attached to mirror housing and be attached to the pedestal of motor vehicles, described mirror housing such as can pivot Be connected to supporting arm, described support arm may be fixedly attached to the vehicle body of motor vehicles.Regulation machine Structure also includes the rearview element supporting member for supporting rearview element (particularly mirror element), wherein, Rearview element supporting member is as pivotally connected to pedestal by means of hinge arrangement, with at least about the first pivot Pivot.It should be noted that governor motion can include that one or more drives motor, it is used for driving Dynamic rearview element supporting member rotates relative to pedestal around respective pivot.Drive for example, it is possible to arrange two Dynamic motor, wherein, the second pivot preferably can generally laterally extend to the first pivot.Such as, In two pivots one can allow rearview element to be adjusted around substantially horizontal axis, and Other pivot can allow rearview element to be adjusted around the axis of perpendicular.It should be noted that Being that pedestal is provided with multiple electric conductor, such as it could be for feeding and/or controls one or more Multiple driving motors, and/or for one or more potentiometer is electrically connected to controller or So-called control unit.Each electric conductor has the first terminal and the second terminal, and the first terminal is used for being electrically connected It is connected to electric component or the electronic unit of governor motion, such as, drives motor or potentiometer, the second terminal It is positioned at the power supply outside governor motion and/or controller for being electrically connected to.Additionally, pedestal includes One and second, first is pivotally connected to rearview element supporting member, and second is formed for extremely Partially cover the cap of one or more openings in first of pedestal.Additionally, electric conductor quilt Integrated or assimilation is in second of pedestal.Advantageously, second of pedestal can be or can wrap Include wherein electric conductor and be partially encapsulated in the plastic material moulded essentially around described electric conductor Interior insert molded part.

Included the pedestal of at least the first and cap by setting, wherein, first is pivotally connected to Rearview element supporting member, cap is formed the most preferably by being configured as second or including inserting Enter formula moulded parts and assimilate or be integrated with second of electric conductor, modularity pedestal can be set, insert Formula moulded parts includes the electric conductor being partially encapsulated in plastic material.In embodiments, module Change pedestal and can include that formation is equipped with the second base of one or more (preferred two) potentiometer The cap in frame portion, to advantageously form the adjusting means with so-called memory function, and in alternative In embodiment, modularity pedestal can include the most relatively easy and/or relatively cheap formation There is no another cap in the second pedestal portion of potentiometer, so that being formed relatively simple and/or relative The cheap adjusting means that can lack this so-called memory function.

Such as, governor motion manufacturer can produce first of pedestal, in a preferred embodiment, First of pedestal can be preassembled, to support with at least rearview element being used for supporting rearview element Part forms sub-component together, and wherein, described first and/or the described sub-component of pedestal stay the next one Or multiple opening opens, with provide to for and be coupled to the slider of potentiometer or the electricity that slides rotatably One or more at least one cooperated or more in one or more input gear of resistance device Individual toothed elements or the access of gear, wherein potentiometer can be preferably securely attached to form pedestal The cap of second.Such as, by be wherein connected to the input gear of corresponding potentiometer with for The dentation making input gear pivot when rearview element supporting member rotates relative to pedestal around the first pivot Part or the mode of gear engagement, will be provided with second attachment of the pedestal of one or more potentiometer To first or described sub-component of pedestal, the governor motion with memory function can be formed.Another Aspect, by second of the pedestal by being not provided with any potentiometer be attached to pedestal first or Described sub-component, can be formed and not have the relatively cheap of memory function and/or relatively simple regulation machine Structure, wherein, second of pedestal is then covered by the one or more opening being initially opened.

It practice, the governor motion of present disclosure can allow by removing certain attached pedestal Second and substituted to change assembled by another type of second of alternative pedestal Pedestal portion and/or the governor motion assembled.Such as, the governor motion lacking memory function can be by It is converted into the governor motion with memory function, or vice versa.Therefore, it can change regulation machine The stock of structure is to adapt to certain demand.

In embodiments, the cap of form second of pedestal and/or pedestal first includes even Connect device (preferred bayonet unit), the most attached for the described cap of second of pedestal will be formed It is connected to described first of pedestal.Advantageously, described adapter can be detachable connector, such as To allow conversion and/or to repair governor motion.

By by insert molded for electric conductor in the cap forming second of pedestal, can be with relatively Simple and/or relatively reliable mode manufactures described second, and/or described second the most resistance to With.

Advantageously, one or more (the most all) electric conductor can be formed stamping parts. Described stamping parts can be at least partially by means of cross cutting or part that is so-called die-cut and that formed, with And/or the part that person can be formed at least partially by means of bending.

In embodiments, first conductor can be inserted into formula and be molded into the lid of second that forms pedestal In portion.Subsequently, one or more potentiometer such as can be attached to described second by being electrically connected to fetch Portion, such as, be connected to the respective terminal of conductor by means of welding by each terminal of potentiometer.

It should be noted that the cap form pedestal second is not provided with one or more electricity In the case of the device of position, form the described cap of second and can still include for being connected to one or more The conductor of multiple potentiometers.Therefore, identical integrated part (the most insert molded part) is permissible For relatively advanced with relative cost-efficient governor motion.But, for there is no memory function Governor motion and the cap of formed second of pedestal can alternatively be formed integrated part, Particularly lacking the insert molded part of the conductor for potentiometer, wherein, integrated part is the most such as Only have for being connected to one or more conductor driving motor.

It will be appreciated that therefore governor motion can include at least one potentiometer, be used for referring to generate Show the signal of telecommunication of pivoting angle between pedestal and rearview element supporting member, be particularly used for instruction relatively In the signal of telecommunication around the first pivoting angle pivoted.

In advantageous embodiment, described potentiometer can include being securely attached to pedestal or backsight The base portion of element support, be pivotally connected to the power shaft of the base portion of potentiometer, slide resistor with And slider.A base being then securely attached to potentiometer in slide resistor and slider Portion, and another in slide resistor and slider is securely attached to power shaft.Additionally, regulation Then mechanism can include being attached (being such as rotatably fixed) to the input tooth of the power shaft of potentiometer Wheel, wherein, governor motion is arranged in rearview element supporting member and revolves relative to pedestal around the first pivot Make described input gear pivot when turning, and wherein, described input gear be not rotational symmetric, Such as, unless input gear is around the central axis rotating 360 degrees of power shaft and the most such Being rotated back to its initial position, otherwise input gear not appears the same as after a certain amount of rotation. Although it will be understood that described input gear is not rotational symmetric, but it is not intended that defeated Entering gear cannot be specular.Thus, input gear can be that minute surface is symmetrical.

Due to described non-rotationally-symmetric input gear, before assembling governor motion, non-by observing The position of rotation of symmetrical input gear, it can be observed that be indirectly coupled to described input gear rotatably Slider or the position of rotation of slide resistor.Therefore, the base portion of potentiometer is being attached securely Before the first sub-component, potentiometer can be easily made to be in predetermined rotational positions (such as centre bit Put), and/or can easily check whether potentiometer is positioned at predetermined rotational positions, wherein, Place is as can be rotated counterclockwise from the central position, can equidistantly rotate clockwise.Therefore, originally Disclosure thus provide one can with relatively easily, relatively convenient and/or relatively have cost to imitate The mode of benefit produces the governor motion of the rear-view mirror device for motor vehicles, such as by described current potential After device is securely attached to pedestal or rearview element supporting member, it is not necessary to carry out the calibration of potentiometer.

Present disclosure also provides a kind of method, the method includes: provide the step of the first sub-component, This first sub-component includes the rearview element supporting member for supporting rearview element, and described rearview element props up Bearing member is as pivotally connected to first of pedestal by means of articulated structure, to allow rearview element to support Part is pivoted relative to first of pedestal at least about the first pivot, and the method also includes: provide the The step of two sub-components, this second sub-component includes input gear, and it is so that input gear predetermined The position of rotation mode corresponding with the predetermined rotational positions of the power shaft of potentiometer is attached to potentiometer Power shaft, wherein, potentiometer includes base portion, and wherein, power shaft is pivotably connected to institute Stating base portion, potentiometer also includes: slide resistor and slider, wherein, and slide resistor and slip One (i.e. resistor or slider) in device is securely attached to the base portion of potentiometer, and sliding Another one in dynamic resistor and slider is securely attached to power shaft, and wherein, the method enters one Step comprises the steps: rearview element supporting member is maintained at predetermined rotation relative to first of pedestal During indexing is put, the base portion of the potentiometer of the second sub-component is securely attached to first of pedestal simultaneously Or rearview element supporting member, in the second sub-component, then input gear is positioned substantially on predetermined rotation During indexing is put, described predetermined rotational positions and wherein rearview element supporting member are relative to first of pedestal The predetermined rotational positions being kept is corresponding.

By the base portion of potentiometer being securely attached to the first sub-component, simultaneously on the one hand, described the In the pedestal of one sub-component and first predetermined angle position being in relative to each other, and on the other hand, (one in slide resistor and slider is relative to the base portion of potentiometer for slider and slide resistor Coupled rotatably) be also in predetermined angle position relative to each other, potentiometer can become so that Obtain the precalculated position of the first sub-component and known location (i.e. its slider and the slide resistor of potentiometer Known mutual alignment) corresponding mode is attached to the first sub-component.Therefore, for motor-driven The governor motion of the rear-view mirror device of vehicle can be provided with potentiometer, is used for indicating its pedestal to generate And the signal of telecommunication of the pivoting angle between its backsight element support, from without by described potentiometer It is securely attached to pedestal or after rearview element supporting member, potentiometer is calibrated.Additionally, In the method, it is not necessary to use the Special-purpose potentiometer with slide resistor or slider, described slip electricity Resistance device or slider are coupled to the rotatable portion of potentiometer by means of slip-clutch, and such as it is defeated Enter gear.Therefore, this method can be relatively easy to, have a cost the most easily and/or relatively Benefit.

It should be noted that the first of pedestal or rearview element supporting member can include for the second son The input gear of assembly carries out toothed elements or the gear cooperated, and this second sub-component is at rearview element Supporting member makes input gear pivot when the first pivot rotates relative to pedestal.Valuably, by electricity During the base portion of position device is attached to first of pedestal or the step of rearview element supporting member, input gear It is placed in and the engaging of described toothed elements or gear.Therefore, the base portion of potentiometer is being attached securely During to first of pedestal or rearview element supporting member, can build between potentiometer and the first sub-component Machinery couple.From this moment, (the i.e. slider of potentiometer and the slip of the corresponding component of potentiometer Resistor) mutual alignment, angle by corresponding component (i.e. its backsight element support with the first sub-component With the first of pedestal) mutual alignment, angle corresponding.Therefore, coming tightly relative to the first sub-component Gu during potentiometer, then can stop being maintained at by rearview element supporting member relative to first of pedestal In its predetermined rotational positions.

In a preferred embodiment, input gear can be formed rotation asymmetry input gear. In preferred embodiment, at rotation asymmetry input gear so that rotation asymmetry input gear The predetermined rotational positions mode corresponding with the predetermined rotational positions of the power shaft of potentiometer be attached to electricity Position device power shaft after so that described input gear be non-rotationally-symmetric deviation can be visible 's.Therefore, the base portion of potentiometer is being securely attached to first or rearview element supporting of pedestal Before part and/or period, the first of pedestal is maintained at pre-relative to rearview element supporting member simultaneously Determine position of rotation (described predetermined rotational positions is corresponding with the position of rotation of rotation asymmetry input gear), And described rotation asymmetry input gear therefore it is coupled to rotatably with the power shaft via potentiometer Slider or the position of rotation of slide resistor to can relatively easily determining during correspondence or verifying non- Rotationally symmetrical input gear and the power shaft of potentiometer coupled the most rotatably and rotate The slider that couples or slide resistor be set to be positioned in correct position of rotation.

Describe the favorable embodiment according to present disclosure in the following claims.

Accompanying drawing explanation

Only by the way of non-limiting example, it is now described with reference to the drawings embodiment, attached In figure:

Fig. 1 illustrates the regulation of the rear-view mirror device for motor vehicles of the aspect according to present disclosure The perspective schematic view of the first embodiment of mechanism, this governor motion has the first sub-component and second Sub-component；

It is real with the first of corresponding input gear that Fig. 2 A is shown for the potentiometer of the governor motion of Fig. 1 Execute the perspective schematic view of mode；

It is real with the second of corresponding input gear that Fig. 2 B is shown for the potentiometer of the governor motion of Fig. 1 Execute the perspective schematic view of mode；And

Fig. 3 illustrates the perspective schematic view that the part of the second sub-component of the governor motion of Fig. 1 is clipped.

It should be noted that accompanying drawing only illustrates preferred implementation.In the accompanying drawings, same or similar attached Figure labelling refers to identical or corresponding parts.

Detailed description of the invention

Fig. 1 illustrates that the governor motion 1 of the rear-view mirror device for motor vehicles is (especially for rearview mirror The mirror adjustment mechanism 1 of device) the perspective schematic view of the first embodiment.

Governor motion 1 includes the pedestal 10 that can be attached to motor vehicles.

Advantageously, described pedestal 10 can be arranged to be attached to motor vehicles, such as, make to make With period, pedestal 10 can be securely attached to housing (particularly mirror housing), and housing is the most permissible Being pivotally connected to supporting arm, supporting arm may be fixedly attached to the vehicle body of motor vehicles.Such as, Pedestal 10 can be provided with connected attachment means 10B, such as one or more card spiral-lock Put 10B', one or more screw hole 10B " and/or one or more other device.

This governor motion 1 also includes the rearview element for supporting rearview element (particularly mirror element) Supporting member 11.

Rearview element supporting member 11 can be provided with one or more attachment means 11B, after inciting somebody to action It is connected to described supporting member 11 depending on element (particularly mirror element such as looking glass).

Described rearview element supporting member 11 is as pivotally connected to by means of linkage 10A, 11A Pedestal 10, to pivot at least about the first pivot 4.

Pedestal 10 is provided with multiple electric conductor 8.In electric conductor 8 one or more (preferably All) can be formed by stamping parts, stamping parts such as can by means of cross cutting or so-called die-cut and/ Or formed by means of bending.

Each electric conductor 8 has the first terminal 81,81B and the second terminal 82,82B, the first terminal 81,81B is for being electrically connected to the electric component of governor motion 1 or the terminal 2T of electronic unit, the Two-terminal 82,82B are used for being electrically connected to power supply and/or controller.Described power supply and/or described control Device may be located at the outside of governor motion 1, and can include in the motor vehicle.

Pedestal 10 includes first 10' and second 10 ", first 10' is pivotally connected to backsight Element support 11, second 10 " formed in first 10' for covering pedestal at least in part The cap 10C of one or more opening 7.Electric conductor 8 is integrated or assimilates to pedestal 10 Second 10 " in.Second 10 " thus can form pedestal 10 pre-having included electric conductor 8 Portion processed.Advantageously, second 10 of pedestal 10 " can be or insert molded part can be included, Wherein, electric conductor 8 is partially encapsulated in the plastics material moulded essentially around described electric conductor 8 In material.But, in alternative embodiment, electric conductor 8 can be integrated by different way or assimilate To pedestal 10 second 10 " in, such as, by conductor 8 is bonded or is glued at formation cap Among or on the part (particularly working of plastics) of 10C.Alternatively or additionally, electric conductor 8 can To install by different way to the part forming cap 10C, such as, by detaining on electric conductor 8 Or melted on or in which, and/or by means of machanical fastener, such as one or more Screw, rivet etc..Alternatively or additionally, can such as by means of printing, vapour deposition etc. by shape The material becoming electric conductor 8 is arranged in the part forming cap 10C.

Such as can find out in the illustrative embodiments of Fig. 1, this governor motion can have first Sub-component 12 and the second sub-component 2,3.

In advantageous embodiment, described governor motion 1 can produce by means of following methods: The governor motion of the rear-view mirror device for motor vehicles with potentiometer 2 is provided, is used for referring to generate Show the pivoting angle between the pedestal 10 of governor motion and the rearview element supporting member 11 of governor motion 1 The signal of telecommunication.

The method can also be considered as that at least partly assembling is for the tune of the rear-view mirror device of motor vehicles The method of joint mechanism 1, the method includes the step providing the first sub-component 12.Described first subgroup Part 12 includes the rearview element supporting member 11 for supporting rearview element.Although using governor motion The rearview element supported by rearview element supporting member 11 during 1 such as can pass through mirror element (example Such as looking glass) formed, but can be alternatively or additionally by described during using governor motion 1 Rearview element supporting member 11 supports one or more other rearview element (such as electronic visual system System is such as photographic head and/or the parts of display).The rearview element supporting member of described first sub-component 12 11 are as pivotally connected to first 10 ' of pedestal 10 by means of articulated structure 10A, 11A, use In allowing rearview element supporting member 11 at least about the first pivot 4 relative to first 10 ' of pedestal 10 And pivot P1.

The method also includes providing the second sub-component 2,3 including potentiometer 2 and input gear 3 Step.Herein, input gear 3 is rotation asymmetry input gear 3.

Potentiometer 2 includes base portion 20 and is pivotally connected to described base portion 20 with around imaginary axis 22 pivot The power shaft 21 turned.Potentiometer 2 also includes slide resistor or so-called resistive element and slip Device or so-called rain brush.One of slide resistor and slider (i.e. resistor or slider) are firm Admittedly be attached to the base portion 20 of potentiometer 2, and another quilt in slide resistor and slider It is securely attached to power shaft 21.

It should be noted that potentiometer 2 can be preferably cheap potentiometer and/or normal potential Device, such as, the parts of purchase and/or standard component.Slide resistor or so-called resistive element are preferred Be formed as less than the circular arc of whole circle such as slightly smaller than 360 °, such as between 240 ° and 360 ° Somewhere, the particularly somewhere between 300 ° and 360 °.Potentiometer can be single turn potentiometer, Wherein slider can be advanced around resistor, resistive element or so-called contact site and is only smaller than one turn.

Fig. 2 A is shown for the potentiometer 2 of the governor motion 1 of Fig. 1 and corresponding input gear 3 The perspective schematic view of the first embodiment.The axle 21 of potentiometer can be provided with one or more Adapter 24, is connected or fixed to described axle 21 for convenient by input gear 3.One Or more adapter 24 can such as include one or more groove or other recess, and/ Or one or more jut can be included.Additionally or alternatively, input gear 3 can set It is equipped with one or more adapter 34, for the convenient axle 21 that is connected or fixed to, described input One or more adapter 34 of gear 3 is preferably arranged into potentiometer 2 or more Multiple adapters 24 cooperate.In embodiments, described input gear 3 is one or more Individual adapter 34 can include one or more jut 34 and/or one or more recess, One or more adapter 34 preferably can be such as by means of upper button (clicking) or cards Button and/or bonding or gluing are secured in one or more recess 24 of power shaft 21 and/or dash forward Rise in portion and/or on.

In the second sub-component 2,3, input gear 3 is attached to the defeated of potentiometer 2 as follows Enter axle 21: the predetermined rotational positions of described input gear 3 is predetermined with the power shaft 21 of potentiometer 2 Position of rotation is corresponding.

It will be appreciated that the production of governor motion 1 or manufacture usually large-scale production process.? In this method, it is possible to use the multiple similar or corresponding potentiometers that can be provided by same supplier 2。

Certain position (such as, position shown in Fig. 2 A) of power shaft 21 can be known as relative to The slide resistor of potentiometer is corresponding with certain position of the slider of potentiometer.Such as, described certain Position can such as (i.e. it can turn clockwise as it can be counterclockwise with certain position of slider Rotate same amount of position) corresponding.In the governor motion 1 through assembling, described power shaft 21 Certain position can relative to certain position of pedestal 10 and rearview element supporting member 11 (preferably Centre position) corresponding.

It should be noted that the method itself can also comprise the following steps, such as so that input gear 3 The predetermined rotational positions mode corresponding with the predetermined rotational positions of the power shaft 21 of potentiometer 2, The second sub-component 2,3 is formed by input gear 3 being attached to the power shaft 21 of potentiometer 2. It should be noted that input gear 3 can be the special purpose parts such as manufactured for the batch of potentiometer.Example As, the adapter 34 of such special input gear 3 can have making a reservation for relative to skew 3D Position of rotation, skew 3D makes input gear 3 be rotation asymmetry.As comparison diagram 2A and Fig. 2 B Time it can be noted that each potentiometer 2 be shown as its power shaft 21 with in its slider In two figures in the predetermined rotational positions that heart position is corresponding, it is possible to use different special input gears 3 so that after each input gear 3 is fixed to the potentiometer 2 of correspondence, input gear 3 Certain position of rotation is known corresponding with certain position of rotation of slider (such as its center). In the illustrated embodiment, as the skew 3D (being formed along 3E here by flat sides) of input gear Towards upper and/or be in substantially parallel relationship to edge 2E (the preferably top margin of base portion 20 of potentiometer 2 Along 2E) extend time, in slider heart position the most wherein.

The method the most at least include providing the first sub-component 12 step and provide the second sub-component 2, The step of 3, the method is further comprising the steps of: make rearview element supporting member 11 relative to pedestal 10 First 10' be maintained in predetermined rotational positions, simultaneously by the potentiometer 2 of the second sub-component 2,3 Base portion 20 be securely attached to first 10' or the rearview element supporting member 11, Qi Zhong of pedestal Two sub-components 2,3 and input gear 3 are generally located at wherein rearview element supporting member 11 relative to base In the predetermined rotational positions that predetermined rotational positions that first 10' of frame 10 is kept is corresponding.

In embodiments, support relative to the pivotable rearview element of pedestal 10 around the first pivot 4 Part 11 can also around the second pivot 5 relative to the described pivotable P2 of pedestal 10, wherein said second Pivot 5 can preferably be generally laterally from the first pivot 4 and extend.Such as, one of two pivots are permissible Allow the axle around general horizontal to regulate rearview element, and another pivot can allow around less perpendicular Axle be adjusted.

It should be noted that the method can also comprise the following steps: so that the second input gear 3 ' The mode that predetermined rotational positions is corresponding with the predetermined rotational positions of the power shaft of the second potentiometer 2 ', carries For including being attached to the 3rd sub-component of the second input gear 3 ' of the power shaft of the second potentiometer 2 ' 2’、3’。

It should be noted that the method may comprise steps of: so that the second input gear 3 ' is pre- Determine the mode that position of rotation is corresponding with the predetermined rotational positions of the power shaft of described second potentiometer, such as The 3rd subgroup is formed by the second input gear 3 ' being attached to the power shaft of the second potentiometer 2 ' Part 2 ', 3 '.

Second input gear 3' can be preferably formed as rotation asymmetry input gear 3'.As above institute Stating, the first input gear 3 can also additionally or alternatively be formed rotation asymmetry input tooth Wheel 3.

It should be noted that each input gear 3,3 ' can include generally dish shape, generally The body 3B of cylindrical shape or generally circular shape, body 3B are provided with and radially extend (preferably Tooth 3T outwardly), wherein tooth is not throughout whole peripheries of described body 3B.Embodiment party In formula, the periphery of the body 3B of input gear 3,3 ' or the portion 3D at edge can be free teeth. Such as, in the position of described tooth freedom portion 3D of body peripheral, input gear 3,3 ' can set Being equipped with one or more jut, recess and/or edge 3E, these such as can form one Or more stop part and/or stop surface 3E.Such stop part and/or stop surface can be used to Whether inspection input gear 3 and therefore potentiometer 2 are in its expectation or correct position of rotation. Additionally or alternatively, stop part and/or stop surface 3E can be used to input gear 3,3 ' It is remained substantially in desired position of rotation, such as, until described potentiometer 2 and described defeated will be included Enter the sub-component of gear 3 be arranged on each part 10 ' of pedestal 10 or pedestal 10 upper till and/or In the meantime.

Preferably, so that each rotation asymmetry input gear 3,3 ' predetermined rotational positions with Mode corresponding to the predetermined rotational positions of the power shaft 21 of each potentiometer is by defeated for each rotation asymmetry After entering the power shaft that gear 3,3 ' is attached to each potentiometer 2,2 ', make each input gear 3,3 ' be non-rotationally-symmetric deviation 3D can be visible.

Therefore, it can relatively easily determine by the base portion 20,20 ' of each potentiometer 2,2 ' It is securely attached to first 10 ' of pedestal or rearview element supporting member 11 simultaneously by the first of pedestal Before portion 10 ' is maintained in predetermined rotational positions relative to rearview element supporting member 11 and/or in this phase Between, each rotation asymmetry input gear 3,3 ' and therefore rotate the input of the potentiometer coupled Slider or slide resistor that axle and rotation thereof couple are positioned in correct position of rotation, described predetermined Position of rotation is corresponding with the position of rotation of each rotation asymmetry input gear 3,3 ', and therefore Corresponding with the position of rotation of slider or slide resistor, slider or slide resistor are via each electricity Each power shaft of position device 2,2 ' be coupled to rotatably each rotation asymmetry input gear 3 described, 3’。

Although corresponding rotation asymmetry input gear 3,3' can advantageously have rotation asymmetry shape Shape, but in embodiments, rotation asymmetry input gear 3,3' can have and substantially rotate Symmetrical shape.Even if it should be noted that in such embodiment, rotation asymmetry inputs tooth Wheel 3,3' still can have rotation asymmetry outward appearance by such as carrying out rotation asymmetry printing etc..Will It is appreciated that rotation asymmetry input gear 3,3' can have such as non-rotational symmetric shape and Rotation asymmetry printing etc..

Also include providing the step of the 3rd sub-component 2 ', 3 ' in the method in the case of, the method can The most also to include following additional step: make rearview element supporting member 11 relative to pedestal 10 It is maintained in predetermined rotational positions for first 10 ', simultaneously by the base of the potentiometer 2 ' of the 3rd sub-component Portion 20 ' is securely attached to first 10 ' or rearview element supporting member 11 of pedestal 10, simultaneously The input gear 3 ' of the 3rd sub-component is generally located at the predetermined rotation corresponding with described predetermined rotational positions In position, wherein rearview element supporting member 11 is kept relative to first 10 ' of pedestal 10.

Advantageously, perform following steps: by the base of the potentiometer 2 ' of the 3rd sub-component the most simultaneously Portion 20 ' is securely attached to first 10 ' or the step of rearview element supporting member 11 of pedestal 10, And the base portion 20 of the potentiometer 2 of the second sub-component is securely attached to first of pedestal 10 10 ' or the step of rearview element supporting member 11.This can be such as by by firm for the 4th sub-component 6 Be attached to first 10 ' of described pedestal 10 or be attached to described rearview element supporting member 11 Completing, wherein said 4th sub-component 6 includes the second sub-component the 2,3 and the 3rd sub-component 2 ', 3 '.

In embodiments, the 4th sub-component 6 can include second 10 of pedestal 10 ", first The base portion 20 of potentiometer 2 and the base portion 20 ' of the second potentiometer 2 ' are securely attached to pedestal 10 Second 10 ".Such as, described second 10 of pedestal 10 " cap 10C can be formed.

Advantageously, after the 4th sub-component 6 is set (such as after assembling the 4th sub-component 6), Such as by visual inspection and/or sense of touch inspection, preferably determined by machine: input gear 3, 3 ' are in its predetermined rotational positions corresponding with the central rotation position of predetermined such as slider. Then, after the 4th sub-component 6 can be fixed on first 10 ' of pedestal or be fixed on Depending on element support 11, simultaneously the first sub-component 12 be maintained at first 10 ' of framework and after It is in the precalculated position of predetermined mutual relation depending on element support 11, such as, described first son Assembly 12 is following centre position or center, from described centre position or center, Rearview element supporting member 11 can pivot identical amount clockwise and anticlockwise around the first pivot 4, And described rearview element supporting member 11 can pivot phase clockwise and anticlockwise around the second pivot 5 Same amount.

It should be noted that input gear 3,3 ' can be tentatively held in desired by means of instrument Position of rotation, the base portion of the most corresponding potentiometer is securely attached to first 10 ' of pedestal Or rearview element supporting member 11.There is the situation of non-rotational symmetric shape at input gear 3,3 ' Under, can such as engage deviation 3D of input gear, substantially input gear is maintained at expectation Position of rotation, especially with rearview element supporting member 11 by relative to first 10 ' of pedestal 10 The position of rotation that the position of rotation that keeps is corresponding.

Advantageously, corresponding potentiometer 2 only can be fixed to first of pedestal by described instrument 10 ' or retract after being fixed to rearview element supporting member 11.But, alternative embodiment party In formula, this instrument can be retracted during being attached, the most only at potentiometer 2 by being securely attached to Retract before stating first 10 '.This can be such as advantageously in following embodiment: wherein, Second sub-component the 2,3 and/or the 3rd sub-component 2 ', 3 ' is by means of second 10 of installing base frame " (such as cap 10C) is securely attached to first 10 ', especially at second 10 " install Under state described second 10 " substantially cover the second sub-component the 2,3 and/or the 3rd sub-component 2 ', In the case of 3 '.

As it has been described above, input gear 3,3 ' can be tentatively held in desired rotation by means of instrument Indexing is put.Described instrument would generally be the independent instrument of the part being formed without governor motion 1.So And, in embodiments, can be formed one or more by a part for governor motion 1 self Individual instrument or keeper.Advantageously, second 10 of pedestal 10 " one or more can be provided with Multiple keepers are to be temporarily maintained at predetermined rotational positions by one or more input gear.Example As, one or more keeper can be formed as one or more flexible keeper.Preferably Ground, keeper can be when install second 10 " time pass through the first bandy song of sub-component 12 Post, or keeper can include when installing second 10 " time by the first sub-component 12 bent outward Bent Qu Zhu so that release input gear 3, such as, make no longer to keep input gear 3 and then Therefore input gear 3 can be rotated.Governor motion 1 can be arranged to one or more Keeper is bent outwardly from the position of its one or more input gears initially kept.Such as, pedestal First 10 ' can be arranged to such as by the second of pedestal 10 " install to the first of pedestal During portion 10 ', by including one or more corresponding flexible keeper from its holding position Put one or more inclined-plane being channeled out to bend one or more flexible holding Part.Alternatively or additionally, described keeper can be arranged at least partially in engaging pedestal First 10 ' and second 10 " time retract.

Advantageously, in the case of the base portion 20 of potentiometer is fixed to rearview element supporting member 11, First 10 ' of pedestal or rearview element supporting member 11 include with the second sub-component 2,3 The toothed elements of one input gear 3 cooperation or gear, so that the first input gear 3 props up at rearview element Bearing member 11 pivoted when the first pivot 4 rotates relative to pedestal 10.At the base by the first potentiometer 2 During portion 20 is attached to first 10 ' of pedestal or is attached to rearview element supporting member 11, can So that input gear 3 engages with described toothed elements or gear.From that time, rearview element supporting member Then 11 will make the first potentiometer 2 around described first pivotal axis 4 relative to the rotation of pedestal 10 Slider rotates accordingly.

Similarly, first 10 ' of pedestal or rearview element supporting member 11 can also include dentation Part or gear cooperate with the input gear 3 ' of the 3rd sub-component 2 ', 3 ', so that the described 3rd The input gear 3 ' of sub-component at rearview element supporting member 11 around the second pivot 5 relative to pedestal 10 Pivot when rotating P2.The base portion 20 ' of the second potentiometer 2 ' is being attached to first 10 ' of pedestal Or during being attached to rearview element supporting member 11, then can make the input of described 3rd sub-component Gear 3 ' engages with described toothed elements or gear.

In embodiments, can include at least according to the governor motion 1 of the one side of present disclosure One driving motor and at least one power train, at least one drives motor and at least one power train bag Include at least one gear so that rearview element supporting member 11 around the first pivot 4 relative to pedestal 10 pivot Turn.Then, described input gear 3 can engage the gear of described power train.

Alternatively, input gear 3 can be fixed to pedestal 10 rotatably or rearview element props up The toothed elements of bearing member 11 or gear engagement, the base portion 20 of potentiometer 2 is securely attached to simultaneously Another in described pedestal 10 and described rearview element supporting member 11.

In such embodiment, substantially it is securely attached to pedestal 10 or rearview element props up Then the toothed elements of bearing member 11 or gear for example formed as being used for and can form the defeated of little gear Enter the tooth bar of gear 3 cooperation.Alternatively, pedestal 10 or backsight substantially it are securely attached to The toothed elements of element support 11 or gear can be such as non-rotating ring gear or internal gears A part be formed non-rotating ring gear or internal gear, or can such as be formed Non-rotating cogwheel or be non-rotating cogwheel a part.

Advantageously, governor motion 1 can also include the second driving motor and the second power train, and second drives Move motor and the second power train includes at least one gear so that rearview element supporting member 11 is around the second pivot Axle 5 pivots relative to pedestal 10, and wherein, described second input gear 3 ' engages described second and passes The gear of dynamic system.Alternatively, the second input gear 3 ' can be fixed to base the most rotatably The toothed elements engagement of frame 10 or rearview element supporting member 11, and the base portion 20 ' of the second potentiometer 2 Then be securely attached in described pedestal 10 and described rearview element supporting member 11 another.Institute State toothed elements can such as be formed tooth bar, annular gear wheel or internal gear, one of annular gear wheel Divide or a part for a part for internal gear, cogwheel or cogwheel.

In the preferred implementation of governor motion 1, after pedestal 10 can include being pivotally connected to Depending on first 10 ' of element support 11, and also second 10 can be included ".Described second 10 " can be securely attached to or be fixed to first 10 ' so that after assembling pedestal 10, Described first 10 ' and second 10 " will not be moved relative to.Advantageously, described second 10 " cap 10C can be formed, at least partially cover on first 10 ' of pedestal Or multiple opening 7.The base portion 20 of the first potentiometer 2 and/or the base portion 20 ' of the second potentiometer 2 ' Described second 10 of pedestal 10 can be attached directly to securely ".Subsequently, pedestal 10 is described Second 10 " first 10 ' of pedestal 10 can be securely attached to.

Fig. 3 shows second 10 of pedestal 10 " partial sectional view, wherein partial encapsulation conductance The plastic material of body 8 is broken away, to illustrate described electric conductor 8.The most herein, described second 10 " It is provided with two potentiometers 3,3', and therefore formation includes the second sub-component 2,3, the 3rd subgroup Part 2', 3' and second 10 of pedestal " the 4th sub-component 6.

It should be noted that the corresponding the first terminal 81 of electric conductor 8,81B and the second terminal 82, 82B may be located at opposite end or the opposite end region of corresponding electric conductor 8.Additionally or Person is alternatively, it can be advantageous to terminal or end regions by corresponding electric conductor 8 are formed The first terminal of corresponding electric conductor 8 and/or the second terminal.

In the first terminal 81 of the numbering 8 ' of electric conductor 8 each can with the first potentiometer 2 and/ Or one or more corresponding terminal 2T electrical connection that second in potentiometer 2 '.

Additionally or alternatively, the second numbering 8 of electric conductor 8 " the first terminal 81B in every Individual can drive one or more the corresponding terminal electrical connection in motor, institute with one or more State one or more drive motor for drive rearview element supporting member 11 around corresponding pivot 4, 5 rotate relative to pedestal 10.

Although in the embodiment of fig. 3, potentiometer 2,2' are attached to electric conductor 8, but will It is appreciated that at integrated second 10 " it is formed second 10 of insert molded part " In embodiment, integrated second 10 " can be especially by potentiometer being fixed to described electricity Formed at least partially about described electric conductor 8 molded plastic parts before conductor 8.Integrated being formed Second 10 " after, especially at second 10 of the insert molded part of formation " after, potentiometer 2,2' can be such as by being connected to described electric conductor 8 by the corresponding terminal soldering of described potentiometer 2,2' Corresponding terminal be connected to described second 10 ".

It should be noted that the second of pedestal 10 10 " and/or first 10 ' of pedestal 10 include Adapter 10S (preferably bayonet unit), with by described second 10 of pedestal 10 " securely It is fixed to described first 10 ' of pedestal 10.Preferably, such adapter 10S can be by shape Become second 10 " integrated pouring-in moulded parts.

As it has been described above, additionally or alternatively, second of pedestal of cap 10C can be formed 10 " one or more keeper (the most flexible keeper) can be provided with, with temporarily One or more input gear is maintained at predetermined rotational positions by ground.Preferably, one or more Keeper can be formed second 10 " integrated pouring-in moulded parts.

As found out in FIG, first 10 ' of pedestal 10 can include one or more Individual opening 7,7B, one or more opening 7,7B can provide and one or more is driven horse The access of one or more the corresponding terminal reached.Such as, one or more terminal are permissible It is formed for receiving the end of the corresponding terminal 81B of the electric conductor 8 of setting in cap 10C Mouthful.Additionally or alternatively, one or more 7A of one or more opening is permissible There is provided one or more toothed elements or the access of gear, with the input with the second sub-component 2,3 The input gear 3 ' of gear 3 and/or the 3rd sub-component 2 ', 3 ' cooperates.Although in FIG First pedestal portion 10 ' of shown embodiment has multiple opening 7,7A, 7B, but can replace Selection of land, first 10 ' of pedestal can be provided with single opening, the most following single opening: The single opening of the access of the terminal that one or more (preferably two) drive motor is provided, And provide the single of access to one or more (preferably two) potentiometer 2,2 ' to open Mouthful.Preferably, second 10 " it is such following design: under the confined state of base portion 10, Second 10 " cover all described openings 7,7A, 7B or single opening.

It should be noted that first 10 ' can be from different second 10 " or different what is called Cap 10C is compatible.Such as, first 10 ' can be provided with one or more (such as two Individual) second 10 of potentiometer 2,2 ' " compatible so that governor motion 1 can be formed with what is called Storage function, this is because one or more individual potentiometer 2,2 ' then may be used for detecting backsight Element support 11 is relative to the corresponding Angle Position of pedestal 10.Additionally, identical first 10 ' can be with second 10 " alternative embodiment compatible, wherein, described alternative the Two do not have potentiometer, therefore can form relatively cheap governor motion 1.It will be appreciated that, It is then also possible to omit the electric conductor 8 ' for being connected with one or more potentiometer, and by institute Stating second 10 " the cap 10C that formed still can include for feeding and/or controlling one or more The electric conductor 8 of individual driving motor ".For the different editions of governor motion 1, use identical first Portion 10 ' beneficially can the most cost-efficient modular system.

It should be noted that the purpose described for clarity and brevity, the feature conduct being described herein as A part for identical or independent embodiment, it will be understood, however, that scope of the present disclosure The embodiment with the combination of described all or some features can be included.

Furthermore, it is noted that, this utility model is not limited to the embodiment being described herein as.Will It is possible for being understood by many modification.

Such modification will be apparent to those of ordinary skill in the art, and such modification is considered In such as claims within the scope of this utility model of design.

Claims (32)

1. the governor motion (1) for the rear-view mirror device of motor vehicles, including:

Pedestal (10), it can be attached to motor vehicles；And

Rearview element supporting member (11), for supporting rearview element, described rearview element supporting member (11) is as pivotally connected to described pedestal (10) by means of hinge arrangement (10A, 11A), to pivot at least about the first pivot (4)

Wherein, described pedestal (10) is provided with multiple electric conductor (8), described electric conductor (8) has the first terminal and the second terminal, described the first terminal is used for being electrically connected to electric component or the terminal of electronic unit of described governor motion (1), described second terminal is used for being electrically connected to be positioned at the outside power supply of described governor motion (1) and/or controller

And wherein, described pedestal (10) includes first (10') with the second (10 "); (10') described first be pivotally connected to described rearview element supporting member (11); described second (10 ") formed for cover described pedestal at least in part first (10') in the cap (10C) of one or more openings (7), wherein, described electric conductor (8) is integrated or in second (10 ") assimilating to described pedestal (10).

Governor motion the most according to claim 1 (1), wherein, second (10 ") of described pedestal (10) are insert molded parts or include insert molded part; wherein, and described electric conductor (8) is partially encapsulated in the plastic material moulded essentially around described electric conductor (8).

Governor motion the most according to claim 1 (1), wherein, one or more or the entirely stamping parts in described electric conductor (8).

Governor motion the most according to claim 3 (1), wherein, one or more in described electric conductor (8) is at least partially by means of cross cutting or part that is so-called die-cut and that formed, and/or the part formed at least partially by means of bending.

5. according to the governor motion (1) described in claim 3 or 4, wherein, described stamping parts is at least partially by means of cross cutting or part that is so-called die-cut and that formed, and/or the part formed at least partially by means of bending.

Governor motion the most according to any one of claim 1 to 4 (1), wherein, (10') the described cap (10C) of second (10 ") and/or first of described pedestal (10) that form described pedestal (10) include adapter, and the described cap (10C) for second (10 ") by forming described pedestal (10) is securely attached to first of described pedestal (10) (10').

Governor motion the most according to claim 6 (1), wherein, described adapter is bayonet unit.

Governor motion the most according to any one of claim 1 to 4 (1), wherein, first of described pedestal (10') in one or more openings (7) in one or more provide one or more driven the access of one or more respective terminal of motor, described driving motor is used for driving described rearview element supporting member (11) to rotate around respective pivot (4,5) relative to described pedestal (10).

Governor motion the most according to claim 1 (1), also include: at least the first potentiometer (2), it is used for indicating the signal of telecommunication of the pivoting angle between described pedestal (10) and described rearview element supporting member (11) to generate, described first potentiometer (2) is provided with the first input gear (3), wherein, described governor motion (1) be arranged such that in the rear regard element support (11) around the first pivot (4) rotates relative to described pedestal (10) time described in the first input gear (3) pivot.

Governor motion the most according to claim 9 (1), including: at least the second potentiometer is (2'), it is used for indicating the signal of telecommunication of the pivoting angle between described pedestal (10) and described rearview element supporting member (11) to generate, (3') (2') described second potentiometer be provided with the second input gear, wherein, described governor motion (1) be arranged such that in the rear depending on element support (11) around the second pivot (5) rotate relative to described pedestal (10) time described in the second input gear (3') pivot.

11. governor motions according to claim 9 (1),

Wherein, first of described pedestal (10') in one or more openings (7) in one or more provide one or more driven the access of one or more respective terminal of motor, described driving motor is used for driving described rearview element supporting member (11) around respective pivot (4,5) rotate relative to described pedestal (10), and

Wherein, one or more in the one or more opening (7) provides one or more toothed elements for cooperating with described first input gear (3) or the access of gear, wherein, under the confined state of described governor motion (1), the described cap (10C) forming second (10 ") covers the one or more opening (7).

12. governor motions according to claim 10 (1),

Wherein, first of described pedestal (10') in one or more openings (7) in one or more provide one or more driven the access of one or more respective terminal of motor, described driving motor is used for driving described rearview element supporting member (11) around respective pivot (4,5) rotate relative to described pedestal (10), and

Wherein, one or more in the one or more opening (7) provide to for described first input gear (3) and the second input gear (3') in one or more one or more toothed elements cooperated or the access of gear, wherein, under the confined state of described governor motion (1), the described cap (10C) forming second (10 ") covers the one or more opening (7).

13. according to the governor motion (1) described in claim 9 or 10, and wherein, described first potentiometer (2) including:

Base portion (20), it is securely attached to described pedestal (10)；

Power shaft (21), it is pivotally connected to the base portion (20) of described first potentiometer (2)；

Slide resistor；And

Slider, wherein, described slide resistor and a base portion (20) being securely attached to described first potentiometer (2) in described slider, and described slide resistor and another in described slider are securely attached to described power shaft (21), wherein, described first input gear (3) is attached to the power shaft (21) of described first potentiometer (2), and wherein, described governor motion (1) be arranged such that in the rear regard element support (11) around described first pivot (4) rotates relative to described pedestal (10) time described in the first input gear (3) pivot.

14. governor motions according to claim 13 (1), wherein, described pedestal (10) is attached to second (10 ") of described pedestal (10), described second (10 ") form cap (10C).

15. according to the governor motion (1) described in claim 9 or 10, wherein, pivotable relative to described pedestal (10) also around the second pivot (5) around described first pivot (4) described rearview element supporting member (11) pivotable relative to described pedestal (10), and wherein, described governor motion (1) also includes: the second potentiometer is (2'), its generation is used for indicating described pedestal (10) and the signal of telecommunication relative to the pivoting angle between the described rearview element supporting member (11) rotated around described second pivot (5), wherein, (2') described second potentiometer includes:

Base portion (20'), it is securely attached to described pedestal (10) or described rearview element supporting member (11)；

Power shaft, it is pivotally connected to described second potentiometer base portion (20') (2')；

Slide resistor；And

Slider,

Wherein, described slide resistor and a base portion (20') being securely attached to described second potentiometer (2') in described slider, and described slide resistor and another in described slider are securely attached to described second potentiometer power shaft (21') (2'), wherein, (3') second input gear is attached to described second potentiometer power shaft (21') (2'), wherein, described governor motion (1) be arranged such that in the rear depending on element support (11) around described second pivot (5) rotate relative to described pedestal (10) time described in the second input gear (3') pivot.

16. governor motions according to claim 9 (1), wherein, described first input gear (3) is rotation asymmetry input gear.

17. governor motions according to claim 16 (1), wherein, non-rotationally-symmetric described first input gear (3) has non-rotational symmetric shape.

18. governor motions according to claim 10 (1), wherein, (3') described first input gear (3) and/or described second input gear are rotation asymmetry input gear.

19. governor motions according to claim 18 (1), wherein, (3') non-rotationally-symmetric described first input gear (3) and/or non-rotationally-symmetric described second input gear have non-rotational symmetric shape.

20. governor motions according to claim 17 (1), wherein, described non-rotational symmetric shape is owing to the deviation being coupled to rotatably can engage after the power shaft (21) of described first potentiometer (2) non-rotationally-symmetric described first input gear (3) produces.

21. governor motions according to claim 9 (1), wherein, the base portion (20) of described first potentiometer (2) is attached directly to be formed the described cap (10C) of second (10 ") of described pedestal (10) securely; and wherein, and the described cap (10C) of second (10 ") forming described pedestal (10) is securely attached to first of described pedestal (10) (10').

22. governor motions according to claim 10 (1), wherein, the base portion (20) of described first potentiometer (2) and/or described second potentiometer base portion (20') (2') is attached directly to be formed the described cap (10C) of second (10 ") of described pedestal (10) securely; and wherein, and the described cap (10C) of second (10 ") forming described pedestal (10) is securely attached to first of described pedestal (10) (10').

23. governor motions according to claim 9 (1), also include: at least one drives motor and at least one power train, at least one power train described includes at least one gear for making described rearview element supporting member (11) pivot relative to described pedestal (10) at least about described first pivot (4), wherein, described first input gear (3) is engaged with the gear of described power train.

24. governor motions according to claim 9 (1), wherein, the described cap (10C) of second (10 ") forming described pedestal (10) is provided with one or more keeper, for described first input gear (3) is tentatively held in predetermined rotational positions.

25. governor motions according to claim 10 (1), wherein, the described cap (10C) of second (10 ") forming described pedestal (10) is provided with one or more keeper, for by described first input gear (3) and described second input gear (3') in one or more be tentatively held in predetermined rotational positions.

26. governor motions according to claim 24 (1), wherein, one or more keeper are formed one or more compliant retainer, and wherein, described governor motion (1) is arranged for bending one or more keeper, to cause a deviation from one or more keeper initially keeps the position of described first input gear (3).

27. governor motions according to claim 25 (1), wherein, one or more keeper are formed one or more compliant retainer, and wherein, described governor motion (1) is arranged for bending one or more keeper, initially keeps described first input gear (3) and/or described second input gear position (3') causing a deviation from one or more keeper.

28. governor motions according to claim 9 (1), wherein, one or more corresponding terminal electrical connection of each and described first potentiometer (2) in the first terminal of multiple described electric conductors (8).

29. governor motions according to claim 10 (1), wherein, each and described first potentiometer (2) in the first terminal of multiple described electric conductors (8) and/or described second potentiometer one or more corresponding terminal electrical connection (2').

30. governor motions according to claim 5 (1), wherein, in the first terminal of multiple described electric conductor (8) additionally each with one more or one or more respective terminal of multiple driving motor electrically connects, one is more or multiple driving motor is used for driving described rearview element supporting member (11) to rotate around respective pivot (4,5) relative to described pedestal (10).

31. governor motions according to any one of claim 1 to 4 (1), wherein, described governor motion (1) is the mirror adjustment mechanism (1) for mirror apparatus.

32. governor motions according to any one of claim 1 to 4 (1), wherein, described rearview element supporting member (11) is used for supporting mirror element.