CN101398042A - Composite type overrunning clutch - Google Patents
Composite type overrunning clutch Download PDFInfo
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- CN101398042A CN101398042A CNA2007101515594A CN200710151559A CN101398042A CN 101398042 A CN101398042 A CN 101398042A CN A2007101515594 A CNA2007101515594 A CN A2007101515594A CN 200710151559 A CN200710151559 A CN 200710151559A CN 101398042 A CN101398042 A CN 101398042A
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Abstract
一种组合式超越离合器，包括组合在一起的第一和第二三态超越离合器，其中：第一和第二三态超越离合器分别包括外圈，内圈，位于外圈和内圈之间的多个楔块，以及位于外圈和内圈之间保持所述多个楔块的保持架，多个楔块的第一工作面永久接触对应外圈的工作面，第二工作面能够通过楔块的转动而接触或者离开对应内圈的工作面；第一和第二三态超越离合器的外圈通过紧固件固定在一起，内圈能够相对自由转动，且楔块的楔紧方向彼此相反。本发明的组合式超越离合器具有多种功能，因此应用非常灵活，可以根据不同的需要应用于多种场合，并且结构简单且控制方便。
A combined overrunning clutch, including first and second three-state overrunning clutches combined together, wherein: the first and second three-state overrunning clutches respectively include an outer ring, an inner ring, and a ring located between the outer ring and the inner ring a plurality of wedges, and a cage for retaining the plurality of wedges between the outer ring and the inner ring, the first working surfaces of the plurality of wedges permanently contact the working surfaces of the corresponding outer rings, the second working surfaces can pass through the wedges The rotation of the block contacts or leaves the working surface of the corresponding inner ring; the outer rings of the first and second three-state overrunning clutches are fixed together by fasteners, the inner rings can rotate relatively freely, and the wedging directions of the wedges are opposite to each other . The combined overrunning clutch of the present invention has multiple functions, so the application is very flexible and can be applied to various occasions according to different needs, and the structure is simple and the control is convenient.
Description
Technical field
The present invention relates to a kind of composite type overrunning clutch.
Background technique
Common free wheel device is called mono-directional overrun clutch or unilateral bearing again, be a kind of can only be at the device of a sense of rotation transmitting torque.Existing overrun mainly comprises roller-type overrunning clutch and Wedge type over running clutch.
An example as Wedge type over running clutch, CN 2476675Y (perhaps CN 1430000A) discloses a kind of mono-directional overrun clutch with two retainers, this mono-directional overrun clutch comprises inner ring and outer ring, between inner ring and outer ring, be provided with a plurality of voussoirs, and these voussoirs are kept by the retaining hole of offering in the two retainers between inner ring and the outer ring (retainer and outer retainer in comprising).In this mono-directional overrun clutch,, can improve the bearing capacity of mono-directional overrun clutch and prolong its working life by using two retainer structures.
But in existing mono-directional overrun clutch, all be to surmount state and jointing state, thereby realize transmission of power or disconnection between driving link and the driven member by what relatively rotating between inner ring and the outer ring realized mono-directional overrun clutch.According to the wedging direction difference of the inner ring and the voussoir between the outer ring of mono-directional overrun clutch, driving link for example can be connected to inner ring, and driven member then can be connected to the outer ring.
Particularly, common mono-directional overrun clutch can have following working state: one, driving link forward rotation, drive the driven member forward rotation, and free wheel device is in jointing state, and driving link is given driven member with transmission of power; Two, driving link and driven member while forward rotation, but the forward rotational speed of driven member is higher than the forward rotational speed of driving link, free wheel device is in and surmounts state, and the transmission of power between driving link and the driven member is interrupted; Three, driving link backward rotation, the driven member forward rotation, driving link and driven member are in and surmount state, and promptly the driving link backward rotation can not influence the forward rotation of driven member; Four, driven member backward rotation, if driving link forward rotation or when stopping, when perhaps though driving link backward rotation but rotating speed are lower than the driven member rotating speed, the backward rotation of driven member can instead be dragged driving link (power of driven member is greater than driving link), and perhaps the backward rotation of driven member is owing to driving link and by check (being short of power with the anti-driving link that drags of driven member).
According to different applications, above-mentioned these characteristics respectively have pluses and minuses.For example, when driving link reversed, the power of driving link can not pass to driven member, and when promptly using mono-directional overrun clutch, therefore driving link can not can not be applied in the positive and negative two-way occasion that all needs transferring power to driven member back transfer power.In addition, when the needs greater functionality, common mono-directional overrun clutch can not meet the demands.
Summary of the invention
The purpose of this invention is to provide a kind of composite type overrunning clutch, this clutch has multiple function, can use multiple occasion as required, and simple in structure and control convenience.
To achieve these goals, the invention provides a kind of composite type overrunning clutch, this composite type overrunning clutch comprises that this composite type overrunning clutch comprises first tri-state overrun clutch and second tri-state overrun clutch of combining, wherein: described first tri-state overrun clutch comprises the outer ring, inner ring, a plurality of voussoirs between outer ring and inner ring, and the retainer that between outer ring and inner ring, keeps described a plurality of voussoirs, the working surface of the described outer ring of the permanent contact of first working surface of described a plurality of voussoirs, second working surface of described a plurality of voussoirs can contact or leave the working surface of described inner ring by the rotation of voussoir; Described second tri-state overrun clutch comprises the outer ring, inner ring, a plurality of voussoirs between outer ring and inner ring, and the retainer that between outer ring and inner ring, keeps described a plurality of voussoirs, the working surface of the described outer ring of the permanent contact of first working surface of described a plurality of voussoirs, second working surface of described a plurality of voussoirs can contact or leave the working surface of described inner ring by the rotation of voussoir; The outer ring of the outer ring of described first tri-state overrun clutch and described second tri-state overrun clutch is fixed together by fastening piece; The inner ring of the inner ring of described first tri-state overrun clutch and described second tri-state overrun clutch is spaced apart from each other and can rotates relatively freely; The wedging direction of the voussoir of described first tri-state overrun clutch is opposite with the wedging direction of the voussoir of described second tri-state overrun clutch.
Tri-state overrun clutch is the improvement of making on the basis of common mono-directional overrun clutch, promptly leaves the working surface of inner ring by second working surface of control voussoir, can obtain the two-way mask work state of tri-state overrun clutch.
Because the wedging direction of voussoir is opposite in first and second tri-state overrun clutch, therefore by controlling the position of these two voussoirs, can obtain the multiple working state of composite type overrunning clutch, thereby satisfy different needs of work, and simple in structure and control convenience.
Supplementary features of the present invention and corresponding advantages embodiment below partly describes.
Description of drawings
Fig. 1 is the sectional view of a kind of composite type overrunning clutch of the present invention.
The part assembling stereogram of a kind of first tri-state overrun clutch that uses in Fig. 2 composite type overrunning clutch of the present invention, promptly voussoir is kept by inside and outside retainer.
Fig. 3 is the partial sectional view of first tri-state overrun clutch among Fig. 2.
Fig. 4 be with Fig. 3 in the partial sectional view of second tri-state overrun clutch that is used in combination of first tri-state overrun clutch.
Fig. 5 is the part assembling stereogram of another kind first tri-state overrun clutch that uses in the composite type overrunning clutch of the present invention, and promptly voussoir is kept by inside and outside retainer.
Fig. 6 is the partial sectional view of first tri-state overrun clutch among Fig. 5.
Embodiment
With reference to the accompanying drawings the specific embodiment of the present invention is described in detail.
Fig. 1 is the sectional view according to a kind of composite type overrunning clutch of the present invention.Mainly with reference to Fig. 1, this composite type overrunning clutch comprises first tri-state overrun clutch and second tri-state overrun clutch of combining, wherein:
Described first tri-state overrun clutch comprises outer ring 1A, inner ring 2A, a plurality of voussoir 3A between outer ring and inner ring, and the retainer 4A (retainer 41A and interior retainer 42A outside preferably including) that between outer ring and inner ring, keeps described a plurality of voussoirs, the working surface of the described outer ring 1A of the permanent contact of the first working surface 31A of described a plurality of voussoir 3A, the second working surface 32A of described a plurality of voussoir 3A can contact or leave the working surface of described inner ring 2A by the rotation of voussoir 3A;
Described second tri-state overrun clutch comprises outer ring 1B, inner ring 2B, a plurality of voussoir 3B between outer ring and inner ring, and the retainer 4B (retainer 41B and interior retainer 42B outside preferably including) that between outer ring and inner ring, keeps described a plurality of voussoirs, the working surface of the described outer ring 1B of the permanent contact of the first working surface 31B of described a plurality of voussoir 3B, the second working surface 32B of described a plurality of voussoir 3B can contact or leave the working surface of described inner ring 2B by the rotation of voussoir 3B;
The outer ring 1A of described first tri-state overrun clutch and the outer ring 1B of described second tri-state overrun clutch are in the same place as bolt by fastening piece 9; The inner ring 2A of described first tri-state overrun clutch and the inner ring 2B of described second tri-state overrun clutch are spaced apart from each other and can rotate relatively freely; The wedging direction of the voussoir 3A of described first tri-state overrun clutch is opposite with the wedging direction of the voussoir 3B of described second tri-state overrun clutch.
In composite type overrunning clutch of the present invention, first and second tri-state overrun clutch can be dissimilar free wheel devicees, but preferably have two retainer Wedge type over running clutch of same structure.Retainer 4A, the 4B of first and second tri-state overrun clutch preferably comprises outer retainer 41A, 41B and interior retainer 42A, 42B separately.
Tri-state overrun clutch
In the present invention, except the wedging direction of voussoir is opposite each other (as shown in Figure 3 and Figure 4), first tri-state overrun clutch of combination preferably has identical structure with second tri-state overrun clutch.Therefore, main below structure and the working method thereof to first tri-state overrun clutch is specifically described.
Fig. 2 is the part assembling stereogram of a kind of first tri-state overrun clutch of using of the present invention, and promptly voussoir is kept by inside and outside retainer.Fig. 3 is the partial sectional view of tri-state overrun clutch among Fig. 2.
Before first tri-state overrun clutch is elaborated, at first need to prove: outer ring 1A is generally ring structure, and as the outer ring of existing common mono-directional overrun clutch, the first working surface 31A of voussoir 3A is relative with the inner peripheral surface of this outer ring; Inner ring 2A can be ring structure, as the inner ring of existing common mono-directional overrun clutch, also can be solid shaft as shown in the drawing, and the second working surface 32A of voussoir 3A is relative with the outer peripheral surface of this inner ring.
As shown in Figures 2 and 3, first tri-state overrun clutch can comprise outer ring 1A, inner ring 2A, a plurality of voussoir 3A between outer ring 1A and inner ring 2A, and the outer retainer 41A and the interior retainer 42A that between outer ring 1A and inner ring 2A, keep described a plurality of voussoir 3A.The working surface of the described outer ring 1A of the permanent contact of the first working surface 31A of described a plurality of voussoir 3A.The second working surface 32A of described a plurality of voussoir 3A can correspondingly contact or leave the working surface of described inner ring 2A by the rotation of voussoir 3A.In Fig. 3, the working surface of the second working surface 32A of voussoir 3A contact inner ring 2A.The angle if voussoir 3A turns clockwise, then the second working surface 32A will move with respect to the left-hand side of inner ring 2A in Fig. 3, thereby leave the working surface of inner ring 2A.
In this tri-state overrun clutch, can have a plurality of arc groove 11A on the working surface of outer ring 1A, each arc groove 11A and first of a corresponding voussoir 3A.Working surface 31A matches, and the described first working surface 31A is remained in this arc groove 11A.Interior retainer 42A has axially outwardly directed a plurality of lug 6A, has the inclined hole 61A with respect to axioversion on each lug 6A.In addition, as Fig. 1, can be provided with on the excircle of outer ring 1A and axially slidably stir dish 8A (also will be described in detail in the back), this is stirred on the dish 8A and is fixed with a plurality of turning lever 81A that are inserted into separately among the corresponding inclined hole 61A.By the interaction between interior retainer 42A and the arc groove 11A, voussoir 3A can center on its pivot pin end (being the described first working surface 31A) and rotate between Internal and external cycle, thereby makes the second working surface 32A opposite with the described first working surface 31A of voussoir 3A correspondingly contact or leave the working surface of inner ring 2A.
In addition, can offer the reaming 62A that width increases at the end of inclined hole 61A.Reaming 62A can be arranged on any two ends of inclined hole 61A.In this case, when needing tri-state overrun clutch to use as traditional mono-directional overrun clutch, the turning lever 81A that stirs on the dish 8A is moved in this reaming 62A, can prevent to influence the proper functioning of tri-state overrun clutch thus owing to misoperation.As a kind of substitute mode, the outer end of inclined hole 61A can be arranged to open wide, and this also can realize this security function to a certain extent.
Stable the remaining in the arc groove 11A of the first working surface 31A in order to ensure voussoir 3A, can between inner ring 2A and outer ring 1A, preloading spring 5A be set, be used to produce pretightening force the described first working surface 31A is pressed in the described arc groove 11A, and can make described voussoir 3A that a kind of trend of rotating towards the wedging direction is arranged.This preloading spring 5A can use normally used preloading spring in the existing mono-directional overrun clutch.
In above-mentioned tri-state overrun clutch,, can on the 1A of outer ring, be in axial sliding by controlling the above-mentioned dish 8A (as a kind of control mechanism) that stirs for the position of the voussoir 3A between outer ring 1A and the inner ring 2A is regulated or controlled.When stirring dish 8A when endwisely slipping, stir turning lever 81A on the dish 8A and can be on interior retainer 42A slide among the inclined hole 61A of extended lug 6A.Because retainer 42A rotated corresponding angle with respect to outer ring 1A in inclined hole 61A with respect to the axis tilt several angle, therefore can drive.Simultaneously, because the first working surface 31A of voussoir 3A is securely held in the arc groove 11A on the working surface of outer ring 1A, so the voussoir 3A that is kept by interior retainer 42A and outer retainer 41A just can rotate corresponding angle around the described first working surface 31A between inside and outside circle, thereby can cause the second working surface 32A on the voussoir 3A correspondingly to leave the working surface of inner ring 2A, inside and outside thus circle can freely rotate in positive and negative two-way realization.
Stir that dish 8A endwisely slips, circumferentially locking can be realized by any suitable means on the excircle of outer ring 1A, for example can be by habitual strong-groove combination, perhaps spline connects.As a kind of embodiment of the present invention, can be at described axial raceway 83A, the 13A that stirs on the internal surface that coils 8A and correspondence is set respectively on the outer surface of described outer ring 1A, and a plurality of roller 84A are set in described raceway 83A, 13A, for example steel ball can be realized stirring dish 8A thus easily and endwisely slip on the excircle of outer ring 1A.
Stirring dish 8A can drive by any suitable means well known in the art, for example can be by manual, electronic, Electromagnetic Drive, surge, pneumatic or the like means realize.As a kind of embodiment of the present invention, stirring dish 8A can endwisely slip on the excircle of outer ring 1A by shifting fork mechanism or electromagnetic mechanism driving.
As shown in Figure 1, described outer ring 1A can be configured to the shape of a secondary multidiameter shaft, will stir dish 8A simultaneously and be arranged on the small diameter portion of this multidiameter shaft, can make the structure of free wheel device compact more thus.In the case, at the step part of multidiameter shaft a plurality of window 12A should be set correspondingly, the lug 6A in making on the retainer 42A can pass corresponding window 12A and stretch out.In addition, inner ring 2A also can be configured to the shape with the corresponding secondary multidiameter shaft of described outer ring 1A, thereby can make the structure of free wheel device compact more.
As shown in Figure 1, can between inner ring 2A and outer ring 1A, bearing 7A be set, this bearing 7A can fix by the shaft shoulder on inner ring 2A and the outer ring 1A and/or back-up ring 10A respectively, thereby can realize the accurate location radially between inner ring 2A and the outer ring 1A, guarantee that free wheel device is stable, work reliably.
When using composite type overrunning clutch of the present invention, the outer end of inner ring can be imported with outside power or output unit be connected by connecting element such as coupling, for example the input shaft of the rotating shaft of drive motor or gearbox etc.If inner ring is the ring structure of hollow, then can be directly on the inner peripheral surface of inner ring outer end or outer peripheral surface, form keyway or other connecting element, so that be connected with the power input or the output unit of outside.In addition, on the outer ring, also connecting element can be set, be used to connect outside power input or output unit.
Fig. 4 be with Fig. 3 in the cross-sectional schematic of second tri-state overrun clutch that is used in combination of first tri-state overrun clutch.Fig. 4 is mainly used to illustrate that the wedging direction of voussoir in the wedging direction of voussoir in first tri-state overrun clutch and second tri-state overrun clutch is opposite each other.That is to say that as shown in Figure 3 and Figure 4, if the wedging direction of voussoir 3A is a clockwise direction in first tri-state overrun clutch, then the wedging direction of voussoir 3B is exactly counterclockwise in second tri-state overrun clutch.In addition, the others of these two tri-state overrun clutch can be identical.
Fig. 5 is the part assembling stereogram of another kind first tri-state overrun clutch that uses of the present invention, and promptly voussoir is kept by inside and outside retainer.Fig. 6 is the partial sectional view of tri-state overrun clutch among Fig. 5.
As shown in Figure 5 and Figure 6, compare with the first above-mentioned tri-state overrun clutch, the difference of this tri-state overrun clutch is: arc groove 11A is not set on the working surface of outer ring 1A, but by outer retainer 41A is fixed on the 1A of outer ring, realize relatively rotating between outer retainer 41A and the interior retainer 42A, thereby realize the rotation of voussoir 3A.
Particularly, described outer retainer 41A can be fixed on the 1A of outer ring for example bolt connection, riveted joint, clamping or the like by any known means in related domain.As an example, on the retainer 41A protruding 43A is set outside, corresponding groove 13A is set on the working surface of outer ring 1A simultaneously, described protruding 43A is inserted or remains in the groove 13A, outer retainer 41A can be fixed on the 1A of outer ring.Retainer 42A is provided with above-mentioned lug 6A in described, and is same as the previously described embodiments.Therefore, retainer 42A rotates with respect to outer retainer 41A in the lug 6A drive by stirring, and just can realize the rotation of voussoir 3A between Internal and external cycle, thereby realize the two-way mask work state of this tri-state overrun clutch.
As mentioned above, except the wedging direction of voussoir was opposite each other, this structure of this first tri-state overrun clutch can all be applied in second tri-state overrun clutch.The present invention no longer is repeated in this description the structure of second tri-state overrun clutch.
Need to prove that in addition as shown in Figure 1, the outer ring 1A of first tri-state overrun clutch and the outer ring 1B of second tri-state overrun clutch are in the same place as bolton by fastening piece 9, this mainly is a convenience of considering processing and assembling.That is to say, if structure of the present invention is suitably revised, under the prerequisite that can conveniently make and assemble, these two outer ring 1A and the 1B member that also can form as one.
Below with reference to Fig. 3 the work characteristics of first tri-state overrun clutch is carried out simple declaration.
When the second working surface 32A of voussoir 3A left the working surface of inner ring 2A, tri-state overrun clutch was in two-way separated state, and outer ring 1A and inner ring 2A can two-wayly freely rotate positive and negative.
When the second working surface 32A of voussoir 3A contacts the working surface of inner ring 2A, if the clockwise direction among Fig. 3 is defined as forward, counterclockwise be defined as oppositely, then:
If-inner ring 2 forward rotation, and tri-state overrun clutch is in the forward jointing state, and then inner ring 2 drives outer ring 1A forward rotation.
If-inner ring 2 forward rotation, and tri-state overrun clutch is in forward and surmounts state, then outer ring 1A also forward rotation and rotating speed greater than the rotating speed of inner ring 2.
If-inner ring 2 backward rotation, and tri-state overrun clutch is in the reverse engagement state, and then outer ring 1A drives inner ring 2 backward rotation.
If-inner ring 2 backward rotation, and tri-state overrun clutch is in and oppositely surmounts state, then 1A reverse speed in outer ring is less than inner ring 2 or be in forward rotation.
This shows that the working state of tri-state overrun clutch depends primarily on the turning to and rotating speed of wedging direction, outer ring and inner ring of the position of voussoir, voussoir.By above-mentioned explanation, the used tri-state overrun clutch of the present invention is very clearly to those skilled in the art.On this basis, below composite type overrunning clutch of the present invention is described.
Composite type overrunning clutch
Composite type overrunning clutch of the present invention is combined by first tri-state overrun clutch and second tri-state overrun clutch, and the direction (being the wedging direction of voussoir) that their mono-directional overrun engages is opposite each other.That is to say that if the direction of voussoir is illustrated in figure 3 as clockwise direction in first tri-state overrun clutch, then the direction of voussoir just correspondingly is illustrated in figure 4 as counterclockwise in second tri-state overrun clutch.
If the inner ring 2A coupling shaft A of first tri-state overrun clutch, the inner ring 2B coupling shaft B of second tri-state overrun clutch, the outer ring 1A of first and second tri-state overrun clutch, 1B coupling shaft C (axle A, axle B, axle C schematically show by the A among Fig. 1, B, C), the clockwise direction of inner ring 2A, 2B among Fig. 3 and Fig. 4 is defined as forward, counterclockwise be defined as oppositely, then the work characteristics of composite type overrunning clutch of the present invention can be shown in following table 1.
Table 1
| First tri-state overrun clutch | Second tri-state overrun clutch | Operating mode |
| Two-way separation | Two-way separation | Axle A, B, C are positive and negative two-way free to rotate |
| Two-way separation | Forward surmounts | Axle A is positive and negative two-way free to rotate, and axle B and C forward surmount, and promptly axle B forward rotation and rotating speed are greater than the rotating speed of axle C |
| Two-way separation | Oppositely surmount | Axle A is positive and negative two-way free to rotate, and axle B and C oppositely surmount, and promptly axle C backward rotation and rotating speed are greater than the rotating speed of axle B |
| Two-way separation | Forward engages | Axle A is positive and negative two-way free to rotate, and axle B and C forward engage, and promptly axle C drives axle B forward rotation |
| Two-way separation | Reverse engagement | Axle A is positive and negative two-way free to rotate, axle B and C reverse engagement, and promptly axle B drives an axle C backward rotation |
| Forward surmounts | Two-way separation | Axle B is positive and negative two-way free to rotate, and axle A and C forward surmount, and promptly axle A forward rotation but rotating speed are less than the rotating speed of axle C |
| Oppositely surmount | Two-way separation | Axle B is positive and negative two-way free to rotate, and axle A and C oppositely surmount, and promptly axle A backward rotation and rotating speed are greater than the rotating speed of axle C |
| Forward engages | Two-way separation | Axle B is positive and negative two-way free to rotate, and axle A and C forward engage, and promptly axle A drives axle C forward rotation |
| Reverse engagement | Two-way separation | Axle B is positive and negative two-way free to rotate, axle A and C reverse engagement, and promptly axle C drives an axle A backward rotation |
| Forward engages | Forward engages | Axle A drives axle C forward rotation, and axle C drives axle B forward rotation |
| Forward engages | Reverse engagement | Axle A drives axle C forward rotation, and axle B drives axle C backward rotation, therefore causes mutual locking |
| Reverse engagement | Forward engages | |
| Reverse engagement | Reverse engagement | Axle C drives axle A backward rotation, and axle B drives axle C backward rotation |
According to above-mentioned work characteristics, combination type tri-state overrun clutch of the present invention can have multiple application example, for example:
Single input-single output services pattern (1): the inner ring 2A of first tri-state overrun clutch connects input shaft A, and the inner ring 2B of second tri-state overrun clutch connects output shaft B, and outer ring 1A, the 1B of first and second tri-state overrun clutch are vacant;
Single input-single output services pattern (2): the inner ring 2A of first tri-state overrun clutch connects input shaft A, and outer ring 1A, the 1B of first and second tri-state overrun clutch connects output shaft C, and the inner ring 2B of second tri-state overrun clutch is vacant;
Single input-dual output mode of operation (1): the inner ring 2A of first tri-state overrun clutch connects input shaft A, and the inner ring 2B of second tri-state overrun clutch connects output shaft B, and outer ring 1A, the 1B of first and second tri-state overrun clutch connects output shaft C;
Single input-dual output mode of operation (2): the inner ring 2A of first tri-state overrun clutch connects output shaft A, and the inner ring 2B of second tri-state overrun clutch connects output shaft B, and outer ring 1A, the 1B of first and second tri-state overrun clutch connects input shaft C;
Double input-single output services pattern (1): the inner ring 2A of first tri-state overrun clutch connects input shaft A, and the inner ring 2B of second tri-state overrun clutch connects input shaft B, and outer ring 1A, the 1B of first and second tri-state overrun clutch connects output shaft C;
Double input-single output services pattern (2): the inner ring 2A of first tri-state overrun clutch connects input shaft A, and the inner ring 2B of second tri-state overrun clutch connects output shaft B, and outer ring 1A, the 1B of first and second tri-state overrun clutch connects input shaft C.
As mentioned above, composite type overrunning clutch of the present invention has multiple function, and therefore application is very flexible, can be applied to multiple occasion according to different needs, and simple in structure and control convenience.
By specific embodiment the embodiment of composite type overrunning clutch of the present invention is had been described in detail above, but the present invention is not limited to above-mentioned concrete structure.
For example, for employed tri-state overrun clutch in the composite type overrunning clutch of the present invention, can on the working surface of inner ring, arc groove be set, first working surface of voussoir is remained in the arc groove on the inner ring working surface, adjust the relative position of outer retainer by stirring dish or other regulating mechanism simultaneously, thereby realize the diverse location of voussoir in the free wheel device is controlled with respect to inner ring.The interior retainer and the outer retainer that constitute two retainer structures can adopt any suitable technique in the prior art.And,, also can only use a retainer in the present invention as a kind of mode of execution of replacement.In addition, in above-mentioned second kind of tri-state overrun clutch, also interior retainer can be fixed on the inner ring, form the described lug that has inclined hole on the retainer outside simultaneously, move in inclined hole by the turning lever of stirring on the dish, rotate with respect to interior retainer and stir outer retainer, can drive voussoir equally and between Internal and external cycle, rotate, thereby realize purpose of the present invention.
In addition, the present invention does not limit the quantity and the position of lug and turning lever in principle, but considers that factors such as functional reliability and processing cost, lug and turning lever preferably are arranged to 3 to 4 and upwards evenly distribute in week.Voussoir can adopt any suitable voussoir structure and quantity thereof in the prior art.
This shows; within the scope of the invention; can make various modifications or replacement to the concrete structure of composite type overrunning clutch of the present invention (tri-state overrun clutch especially wherein), but these modifications or replacement will fall within protection scope of the present invention all.
Claims (9)
1, a kind of composite type overrunning clutch is characterized in that, this composite type overrunning clutch comprises first tri-state overrun clutch and second tri-state overrun clutch of combining, wherein:
Described first tri-state overrun clutch comprises outer ring (1A), inner ring (2A), a plurality of voussoirs (3A) between outer ring and inner ring, and the retainer (4A) that between outer ring and inner ring, keeps described a plurality of voussoirs, first working surface (31A) of described a plurality of voussoir (3A) forever contacts the working surface of described outer ring (1A), and second working surface (32A) of described a plurality of voussoirs (3A) can contact or leave the working surface of described inner ring (2A) by the rotation of voussoir (3A);
Described second tri-state overrun clutch comprises outer ring (1B), inner ring (2B), a plurality of voussoirs (3B) between outer ring and inner ring, and the retainer (4B) that between outer ring and inner ring, keeps described a plurality of voussoirs, first working surface (31B) of described a plurality of voussoir (3B) forever contacts the working surface of described outer ring (1B), and second working surface (32B) of described a plurality of voussoirs (3B) can contact or leave the working surface of described inner ring (2B) by the rotation of voussoir (3B);
The outer ring (1B) of outer ring of described first tri-state overrun clutch (1A) and described second tri-state overrun clutch is fixed together by fastening piece (9);
The inner ring (2B) of inner ring of described first tri-state overrun clutch (2A) and described second tri-state overrun clutch is spaced apart from each other and can rotates relatively freely;
The wedging direction of the voussoir of described first tri-state overrun clutch (3A) is opposite with the wedging direction of the voussoir (3B) of described second tri-state overrun clutch.
2, composite type overrunning clutch according to claim 1, wherein:
The retainer (4B) of retainer of described first tri-state overrun clutch (4A) and described second tri-state overrun clutch is the two retainer structures that comprise outer retainer (41A, 41B) and interior retainer (42A, 42B).
3, composite type overrunning clutch according to claim 2, wherein,
In described first tri-state overrun clutch:
Have a plurality of arc grooves (11A) on the working surface of described outer ring (1A), each arc groove (11A) matches with first working surface (31A) of a corresponding voussoir (3A), and described first working surface (31A) is remained in this arc groove (11A);
Retainer (42A) has axially outwardly directed a plurality of lugs (6A) in described, has the inclined hole (61A) with respect to axioversion on each lug (6A); And
Have on the excircle of described outer ring (1A) and axially slidably stir dish (8A), this is stirred and is fixed with a plurality of turning levers (81A) that are inserted into separately in the corresponding inclined hole (61A) on the dish (8A),
In described second tri-state overrun clutch:
Have a plurality of arc grooves (11B) on the working surface of described outer ring (1B), each arc groove (11B) matches with first working surface (31B) of a corresponding voussoir (3B), and described first working surface (31B) is remained in this arc groove (11B);
Retainer (42B) has axially outwardly directed a plurality of lugs (6B) in described, has the inclined hole (61B) with respect to axioversion on each lug (6B); And
Have on the excircle of described outer ring (1B) and axially slidably stir dish (8B), this is stirred and is fixed with a plurality of turning levers (81B) that are inserted into separately in the corresponding inclined hole (61B) on the dish (8B).
4, composite type overrunning clutch according to claim 2, wherein,
In described first tri-state overrun clutch:
Described outer retainer (41A) is fixed on the described outer ring (1A);
Retainer (42A) has axially outwardly directed a plurality of lugs (6A) in described, has the inclined hole (61A) with respect to axioversion on each lug (6A); And
Have on the excircle of described outer ring (1A) and axially slidably stir dish (8A), this is stirred and is fixed with a plurality of turning levers (81A) that are inserted into separately in the corresponding inclined hole (61A) on the dish (8A),
In described second tri-state overrun clutch:
Described outer retainer (41B) is fixed on the described outer ring (1B);
Retainer (42B) has axially outwardly directed a plurality of lugs (6B) in described, has the inclined hole (61B) with respect to axioversion on each lug (6B); And
Have on the excircle of described outer ring (1B) and axially slidably stir dish (8B), this is stirred and is fixed with a plurality of turning levers (81B) that are inserted into separately in the corresponding inclined hole (61B) on the dish (8B).
5, according to claim 3 or 4 described composite type overrunning clutch, wherein:
One end of described each inclined hole (61A, 61B) has the reaming (62A, 62B) that width increases.
6, according to claim 3 or 4 described composite type overrunning clutch, wherein:
Described each stir on the internal surface of dish (8A, 8B) and on the outer surface of corresponding described outer ring (1A, 1B) and have axial raceway (83A, the 13A that corresponds to each other respectively; 83B, 13B), and in described axial raceway, have roller (84A, 84B).
7, composite type overrunning clutch according to claim 1, wherein,
Described first tri-state overrun clutch and described second tri-state overrun clutch have the preloading spring (5A, 5B) that is positioned between described outer ring (1A, 1B) and the inner ring (2A, 2B) respectively, this preloading spring (5A, 5B) produces pretightening force makes described a plurality of voussoir (3A, 3B) have the trend of rotating towards the wedging direction, and guarantees the work conformity of described a plurality of voussoir (3A, 3B).
8, composite type overrunning clutch according to claim 1, wherein:
The described inner ring (2A) of described first tri-state overrun clutch and the described inner ring (2B) of described second tri-state overrun clutch are respectively multidiameter shaft, and the outer end of this multidiameter shaft is used to connect outside power and inputs or outputs device.
9, according to claim 1 or 8 described composite type overrunning clutch, wherein:
The described outer ring (1A) of described first tri-state overrun clutch and/or the described outer ring (1B) of described second tri-state overrun clutch have the attachment portion, are used to connect outside power and input or output device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2007101515594A CN101398042B (en) | 2007-09-26 | 2007-09-26 | Combined overrunning clutch |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2007101515594A CN101398042B (en) | 2007-09-26 | 2007-09-26 | Combined overrunning clutch |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101398042A true CN101398042A (en) | 2009-04-01 |
| CN101398042B CN101398042B (en) | 2010-09-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2007101515594A Active CN101398042B (en) | 2007-09-26 | 2007-09-26 | Combined overrunning clutch |
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| Country | Link |
|---|---|
| CN (1) | CN101398042B (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106050975A (en) * | 2016-07-25 | 2016-10-26 | 杨勇 | Multifunctional wedge block one-way clutch |
| CN112096755A (en) * | 2020-10-19 | 2020-12-18 | 顺德职业技术学院 | A roller type two-way clutch |
| CN112656252A (en) * | 2019-10-16 | 2021-04-16 | 广东美的生活电器制造有限公司 | Bidirectional locking piece, rotating head, rotating assembly, container and food processor |
| CN114017449A (en) * | 2021-11-03 | 2022-02-08 | 泉州恒毅机械有限公司 | Bidirectional overrunning clutch and transmission mode |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2476675Y (en) * | 2001-05-30 | 2002-02-13 | 许水电 | Loader biaxial assembly one-way clutch |
| CN1430000A (en) * | 2003-02-13 | 2003-07-16 | 许水电 | Double holding frame overdrive clutch |
-
2007
- 2007-09-26 CN CN2007101515594A patent/CN101398042B/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106050975A (en) * | 2016-07-25 | 2016-10-26 | 杨勇 | Multifunctional wedge block one-way clutch |
| CN112656252A (en) * | 2019-10-16 | 2021-04-16 | 广东美的生活电器制造有限公司 | Bidirectional locking piece, rotating head, rotating assembly, container and food processor |
| CN112656252B (en) * | 2019-10-16 | 2023-10-17 | 广东美的生活电器制造有限公司 | food processor |
| CN112096755A (en) * | 2020-10-19 | 2020-12-18 | 顺德职业技术学院 | A roller type two-way clutch |
| CN114017449A (en) * | 2021-11-03 | 2022-02-08 | 泉州恒毅机械有限公司 | Bidirectional overrunning clutch and transmission mode |
| CN114017449B (en) * | 2021-11-03 | 2024-05-17 | 泉州恒毅机械有限公司 | Bidirectional overrunning clutch and transmission mode |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101398042B (en) | 2010-09-29 |
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