CN205736755U - Stabilizer link mounting structure - Google Patents
Stabilizer link mounting structure Download PDFInfo
- Publication number
- CN205736755U CN205736755U CN201620026452.1U CN201620026452U CN205736755U CN 205736755 U CN205736755 U CN 205736755U CN 201620026452 U CN201620026452 U CN 201620026452U CN 205736755 U CN205736755 U CN 205736755U
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- China
- Prior art keywords
- tappet
- driven gear
- spring
- socket
- installing plate
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Abstract
This utility model provides a kind of stabilizer link mounting structure, including: installing plate, driving shaft, driving gear, driven gear, tappet, spring, ut socket；One end of driving shaft is flexibly connected be connected fixing with driving gear with installing plate, and the other end of driving shaft mates with pneumtic impact wrench rifle head；One end of tappet is fixing with installing plate to be connected, and the other end contacts with the bulb of stabilizer link；Driven gear is flexibly connected with tappet, and driven gear engages with driving gear；The surface of the other end towards tappet of driven gear is provided with sleeve, and spring, ut socket are set on sleeve, and one end with driven gear, ut socket respectively, the two ends, one end of spring is connected, and the other end of ut socket is used for sheathed attaching nut.Ensure that the bulb of stabilizer link will not rotate attaching nut being spirally connected with stabilizer link when, it is simple to stabilizer link and the connection of amortisseur, improve the work efficiency of stable connection bar connecting rod and amortisseur.
Description
Technical field
This utility model relates to Manufacturing Technology for Automotive Parts, particularly relates to a kind of stabilizer link and installs knot
Structure.
Background technology
In the car, need to use stabilizer link to be attached with amortisseur by stabiliser bar, thus surely
The two ends of fixed pole connecting rod are connected with stabiliser bar, amortisseur respectively；Wherein, stabilizer link and amortisseur
Support be attached by attaching nut.There is on the bulb of stabilizer link bolt, amortisseur
Offering a through hole on support, bolt is spirally connected through through hole with attaching nut.
In prior art, it is typically all the instrument such as spanner that uses, manual by attaching nut and stabiliser bar
Bolt on the bulb of connecting rod is spirally connected, and then is carried out by the support of stabilizer link Yu amortisseur even
Connect.
But, owing to the bulb of stabilizer link can be carried out around x-axis, y-axis, three directions of z-axis
Freely rotatable, in the process being carried out by attaching nut being spirally connected by the support of stabilizer link Yu amortisseur
In, along with the action turning attaching nut can produce turning moment, the bulb of stabilizer link also can be subject to
To the effect of turning moment, thus the bulb of stabilizer link can followed by the action turning attaching nut
And rotate, and then have influence on the spiral shell of attaching nut and the bolt on the bulb of stabilizer link
Connect, be not easy to being spirally connected of attaching nut and the bolt on the bulb of stabilizer link, further affect
Arrive the connection of stabilizer link and amortisseur, thus be not easy to the company of stabilizer link and amortisseur
Connect, reduce the work efficiency of stable connection bar connecting rod and amortisseur.
Utility model content
This utility model provides a kind of stabilizer link mounting structure, stable in order to solve in prior art
The bulb of bar connecting rod can followed by and turn the action of attaching nut and rotate, and then had influence on even
Connected nut is spirally connected with the bolt on the bulb of stabilizer link, is not easy to attaching nut with stabiliser bar even
Being spirally connected of bolt on the bulb of bar, has further had influence on the company of stabilizer link and amortisseur
Connect, thus be not easy to the connection of stabilizer link and amortisseur, reduce stable connection bar connecting rod and subtract
The problem of the work efficiency of shake device.
One side of the present utility model provides a kind of stabilizer link mounting structure, including:
Installing plate, driving shaft, driving gear, driven gear, tappet, spring and ut socket；
Described driving shaft and described driving gear lay respectively at the two sides of described installing plate, described driving shaft
One end be flexibly connected so that described driving shaft circumferentially rotates relative to described installing plate with described installing plate,
Described driving gear is fixing with one end of described driving shaft to be connected, the other end of described driving shaft and pneumtic impact wrench
Rifle head mates；
One end of described tappet is fixing with described installing plate to be connected, and the other end of described tappet is stable with described
The bulb contact of bar connecting rod；
Described driven gear is set on described tappet, described driven gear be flexibly connected with described tappet with
Making described driven gear circumferentially rotate around described tappet, described driven gear engages with described driving gear；
Sleeve it is provided with on the surface towards the other end of described tappet of described driven gear, described spring,
Described ut socket is sequentially sleeved on described sleeve, one end of described spring and described driven gear towards
The surface of the other end of described tappet connects, and the other end of described spring connects with one end of described ut socket
Connecing, the other end of described ut socket is used for sheathed attaching nut.
In structure as above, also include: driven bearing；
Described driven shaft bearing sleeve is located on described tappet；
The outside of described driven gear and described driven bearing is fixing to be connected, the inner side of described driven bearing and
Described tappet is fixing to be connected, and the outside of described driven bearing is flexibly connected with the inner side of described driven bearing.
In structure as above, on the surface towards the other end of described tappet of described driven gear,
It is provided with the round platform for accommodating described driven bearing；
One end of described spring is connected with described round platform；
The driven gear that described driven gear is formed in one.
In structure as above, also include: active bearings；
The outside of described active bearings is fixing with described installing plate to be connected, the inner side of described active bearings and institute
State driving shaft one end be flexibly connected, the spline of described driving gear through described active bearings inner side with
One end of described driving shaft is fixing to be connected, and the outside of described active bearings is alive with the inner side of described active bearings
It is dynamically connected.
In structure as above, the surface of described ut socket is provided with groove；
Being provided with clamping part on described sleeve, described clamping part includes switch spring and spring compressor, wherein,
One end of described switch spring is fixing with described sleeve to be connected, the other end of described switch spring and described bullet
Spring cap is fixing to be connected；
Described clamping part is fastened in described groove.
In structure as above, described ut socket is provided with chamfering on one end of described spring.
In structure as above, the other end of described ut socket is provided with for sheathed attaching nut
Annular groove.
In structure as above, described installing plate is provided with double D circular hole；
One end of described tappet is provided with the nose bar mated with described pair of D circular hole, and described nose bar is through described
Double D circular holes are spirally connected with installing nut.
In structure as above, described installing plate is provided with connection circular hole；
The outside of described active bearings is connected circular hole interference fit with described.
In structure as above, the side deviating from described ut socket of described installing plate is provided with hands
Hold handle.
This utility model by providing a kind of stabilizer link mounting structure, including: installing plate, driving shaft,
Driving gear, driven gear, tappet, spring and ut socket；Driving shaft lays respectively at driving gear
The two sides of installing plate, one end of driving shaft is flexibly connected with installing plate so that driving shaft is relative to installing plate
Circumferentially rotating, driving gear is fixing with one end of driving shaft to be connected, the other end of driving shaft and pneumtic impact wrench rifle
Head coupling；One end of tappet is fixing with installing plate to be connected, the other end of tappet and the bulb of stabilizer link
Contact；Driven gear is set on tappet, driven gear be flexibly connected with tappet so that driven gear around
Tappet circumferentially rotates, and driven gear engages with driving gear；The other end towards tappet of driven gear
Being provided with sleeve on surface, spring, ut socket are sequentially sleeved on sleeve, and one end of spring is with driven
Gear connects towards the surface of the other end of tappet, and the other end of spring is connected with one end of ut socket,
The other end of ut socket is used for sheathed attaching nut.Such that it is able to use stablizing of this utility model offer
Bar connecting rod installation structure is spirally connected attaching nut and the bolt on the bulb of stabilizer link, and then will be steady
Fixed pole connecting rod is connected with amortisseur；The other end of the tappet of stabilizer link mounting structure and stabilizer link
Bulb contact, thus prop up the bulb of stabilizer link, now ut socket can be towards installing plate place
Direction is moved, and then compression spring, thus the attaching nut being positioned on ut socket and stabilizer link
Bulb is in pressured state；The left side of pneumtic impact wrench rifle head alignment driving shaft, starts pneumtic impact wrench, thus wind is pulled
The turning moment of machine through the driving shaft being directed at pneumtic impact wrench rifle head, driving gear, driven gear, spring,
And ut socket is delivered on attaching nut, and under the elastic force effect of spring, ut socket drives
Attaching nut is towards the bolt movement on the bulb of stabilizer link, thus completes attaching nut and stabiliser bar
Being spirally connected of bolt on the bulb of connecting rod, and then realize the connection of stabilizer link and amortisseur；Connecting
After completing, no longer the other end of tappet is contacted with the bulb of stabilizer link, thus spring reset arrives
Original state, and spring drives ut socket to reset to original state, thus completes the most complete connection
Process.Thus ensure that and the carrying out of the bolt on the bulb of attaching nut and stabilizer link be spirally connected
Time, the bulb of stabilizer link will not followed by and turn the action of attaching nut and rotate, it is simple to
Attaching nut is spirally connected with the bolt on the bulb of stabilizer link, and then is easy to stabilizer link and damping
The connection of device, improves the work efficiency of stable connection bar connecting rod and amortisseur；And this utility model provides
Stabilizer link mounting structure simple in construction, easy to use, cost is relatively low, and can reduce connection
The installation difficulty of nut, improves production efficiency.
Accompanying drawing explanation
Fig. 1 shows for the cross-section structure of the stabilizer link mounting structure that this utility model embodiment one provides
It is intended to；
Fig. 2 shows for the cross-section structure of the stabilizer link mounting structure that this utility model embodiment two provides
It is intended to；
The front view of the stabilizer link mounting structure that Fig. 3 provides for this utility model embodiment two；
The section on the top of the stabilizer link mounting structure that Fig. 4 provides for this utility model embodiment two
Structural representation；
Clamping part in the stabilizer link mounting structure that Fig. 5 provides for this utility model embodiment two
Structural representation；
The structural representation of the stabilizer link mounting structure that Fig. 6 provides for this utility model embodiment two
Figure；
The explosive view of the stabilizer link mounting structure that Fig. 7 provides for this utility model embodiment two；
Installing plate in the stabilizer link mounting structure that Fig. 8 provides for this utility model embodiment two
Front view；
Installing plate in the stabilizer link mounting structure that Fig. 9 provides for this utility model embodiment two
Structural representation；
Driven tooth in the stabilizer link mounting structure that Figure 10 provides for this utility model embodiment two
The front view of wheel；
Driven tooth in the stabilizer link mounting structure that Figure 11 provides for this utility model embodiment two
The cross-sectional view of wheel；
Driven tooth in the stabilizer link mounting structure that Figure 12 provides for this utility model embodiment two
The structural representation of wheel；
Tappet in the stabilizer link mounting structure that Figure 13 provides for this utility model embodiment two
Structural representation；
Tappet in the stabilizer link mounting structure that Figure 14 provides for this utility model embodiment two
Left view；
Tappet in the stabilizer link mounting structure that Figure 15 provides for this utility model embodiment two
Right view.
Reference:
1-installing plate 2-driving shaft 3-driving gear
4-driven gear 5-tappet 6-spring
The 7-ut socket 8-driven bearing of sleeve 9-
10-round platform 11-active bearings 12-groove
13-clamping part 14-switch spring 15-spring compressor
The double D circular hole of 16-chamfering 17-nose bar 18-
19-connects circular hole 20-hand-held handle 21-and installs nut
Detailed description of the invention
For making the purpose of this utility model embodiment, technical scheme and advantage clearer, below in conjunction with
Accompanying drawing in this utility model embodiment, the technical scheme in this utility model embodiment is carried out clear,
It is fully described by, it is clear that described embodiment is a part of embodiment of this utility model rather than complete
The embodiment in portion.Based on the embodiment in this utility model, those of ordinary skill in the art are not making
The every other embodiment obtained under creative work premise, broadly falls into the scope of this utility model protection.
The cross-section structure signal of the stabilizer link mounting structure that Fig. 1 provides for this utility model embodiment one
Figure, as it is shown in figure 1, the stabilizer link mounting structure that the present embodiment provides, including: installing plate 1,
Driving shaft 2, driving gear 3, driven gear 4, tappet 5, spring 6 and ut socket 7；
Driving shaft 2 and driving gear 3 lay respectively at the two sides of installing plate 1, one end of driving shaft 2 with
Installing plate 1 is flexibly connected so that driving shaft 2 circumferentially rotates relative to installing plate 1, and driving gear 3 is with main
One end of moving axis 2 is fixing to be connected, and the other end of driving shaft 2 mates with pneumtic impact wrench rifle head；
One end of tappet 5 is fixing with installing plate 1 to be connected, the other end of tappet 5 and the ball of stabilizer link
Head contact；
Driven gear 4 is set on tappet 5, and driven gear 4 is flexibly connected with tappet 5 so that driven tooth
Wheel 4 circumferentially rotates around tappet 5, and driven gear 4 engages with driving gear 3；
Sleeve 8, spring 6, nut it is provided with on the surface towards the other end of tappet 5 of driven gear 4
Sleeve 7 is sequentially sleeved on sleeve 8, and one end of spring 6 and driven gear 4 are towards another of tappet 5
The surface of end connects, and the other end of spring 6 is connected with one end of ut socket 7, ut socket 7 another
One end is used for sheathed attaching nut.
In the present embodiment, concrete, stabilizer link mounting structure include installing plate 1, driving shaft 2,
Driving gear 3, driven gear 4, tappet 5, spring 6 and ut socket 7.Installing plate 1 is one puts down
Plate, driving shaft 2 and driving gear 3 lay respectively at the position of the two sides of installing plate 1.Further, actively
One end of axle 2 is flexibly connected with installing plate 1, and driving shaft 2 can carry out circumference relative to installing plate 1 and turn
Dynamic, driving gear 3 has been also carried out fixing connection with one end of driving shaft 2 simultaneously, thus at driving shaft 2
The when of circumferentially rotating, driving shaft 2 can drive driving gear 3 to circumferentially rotate；Driving shaft
The other end of 2 mates with pneumtic impact wrench rifle head, and the other end of driving shaft 2 is connected it with pneumtic impact wrench rifle head simultaneously
After can receive pneumtic impact wrench rifle head transmit turning moment.
One end of tappet 5 and installing plate 1 is fixing to be connected, can be being to be spirally connected or the mode such as welding；Tappet 5
The other end contact with the bulb of stabilizer link, thus the other end of tappet 5 is used for propping up stabiliser bar even
The bulb of bar.
Driven gear 4 has been set on tappet 5 by the interstitial hole of driven gear 4, driven gear 4 with
Tappet 5 is flexibly connected, and, driven gear 4 can circumferentially rotate around tappet 5.Driven gear
4 engage with driving gear 3, thus driving gear 3 can be driven to carry out circumferentially rotating at driving shaft 2
Time, driving gear 3 can drive driven gear 4 to circumferentially rotate.
Meanwhile, on the surface of the other end of tappet 5, it is provided with a sleeve 8 at driven gear 4,
Sleeve 8 has also been set on tappet 5 as driven gear 4, and, spring 6 has first been set in set
On cylinder 8, then ut socket 7 is set on sleeve 8.One end of spring 6 and driven gear 4 towards
The surface of the other end of tappet 5 is attached, and the other end of spring 6 is carried out with one end of ut socket 7
Connect；Specifically, can be at driven gear 4 towards the surface configuration two of the other end of tappet 5
One through hole, is attached one end of spring 6, on one end of ut socket 7 through the first through hole
It is provided with another second through hole, the other end of spring 6 is attached through the second through hole.Further,
The other end of ut socket 7 is used for sheathed attaching nut, and attaching nut is for the bulb with stabilizer link
On bolt be spirally connected.
The stabilizer link mounting structure that this utility model provides can be used by attaching nut with stabiliser bar even
Being spirally connected of bolt on the bulb of bar, and then stabilizer link is connected with amortisseur；Stabilizer link is pacified
The other end of tappet 5 of assembling structure contacts with the bulb of stabilizer link, thus props up stabilizer link
Bulb, now ut socket 7 can be towards the side at driven gear 4 place on the sleeve 8 of driven gear 4
To moving, and then compression spring 6, thus it is positioned at the attaching nut on ut socket 7 and stabiliser bar
The bulb of connecting rod is in pressured state；The left side of pneumtic impact wrench rifle head alignment driving shaft 2, starts pneumtic impact wrench,
Thus the turning moment of pneumtic impact wrench is through the driving shaft 2 being directed at pneumtic impact wrench rifle head, driving gear 3, driven
Gear 4, spring 6 and ut socket 7 are delivered on attaching nut, and at the elastic force work of spring 6
Under with, ut socket 7 drive attaching nut towards the bolt movement on the bulb of stabilizer link, thus
Complete being spirally connected of attaching nut and the bolt on the bulb of stabilizer link, so realize stabilizer link with
The connection of amortisseur；After connection completes, no longer by the ball of the other end of tappet 5 Yu stabilizer link
Head contact, thus spring 6 resets to original state, and spring 6 drives ut socket 7 to reset to initially
State, thus complete the most complete connection procedure.
The present embodiment by provide a kind of by installing plate 1, driving shaft 2, driving gear 3, driven gear 4,
The stabilizer link mounting structure that tappet 5, spring 6 and ut socket 7 are constituted, driving shaft 2 and active
Gear 3 lays respectively at the two sides of installing plate 1, one end of driving shaft 2 be flexibly connected with installing plate 1 with
Making driving shaft 2 circumferentially rotate relative to installing plate 1, driving gear 3 is fixing with one end of driving shaft 2 to be connected
Connecing, the other end of driving shaft 2 mates with pneumtic impact wrench rifle head；One end of tappet 5 is fixing with installing plate 1 even
Connecing, the other end of tappet 5 contacts with the bulb of stabilizer link；Driven gear 4 is set on tappet 5,
Driven gear 4 is flexibly connected with tappet 5 so that driven gear 4 circumferentially rotates around tappet 5, driven tooth
Wheel 4 engages with driving gear 3；It is provided with on the surface towards the other end of tappet 5 of driven gear 4
Sleeve 8, spring 6, ut socket 7 be sequentially sleeved on sleeve 8, one end of spring 6 and driven gear
4 connect towards the surface of the other end of tappet 5, and one end of the other end of spring 6 and ut socket 7 is even
Connecing, the other end of ut socket 7 is used for sheathed attaching nut.Thus ensure that by attaching nut with steady
The when that the carrying out of the bolt on the bulb of fixed pole connecting rod being spirally connected, the bulb of stabilizer link will not followed by
Turn the action of attaching nut and rotate, it is simple to attaching nut and the spiral shell on the bulb of stabilizer link
Being spirally connected of bolt, and then be easy to the connection of stabilizer link and amortisseur, improve stable connection bar connecting rod with
The work efficiency of amortisseur；And the simple in construction of the stabilizer link mounting structure of this utility model offer,
Easy to use, cost is relatively low, and can reduce the installation difficulty of attaching nut, improves production efficiency.
The cross-section structure signal of the stabilizer link mounting structure that Fig. 2 provides for this utility model embodiment two
Figure, the front view of the stabilizer link mounting structure that Fig. 3 provides for this utility model embodiment two, Fig. 4
Cross-section structure for the top of the stabilizer link mounting structure of this utility model embodiment two offer is illustrated
Figure, the knot of the clamping part in the stabilizer link mounting structure that Fig. 5 provides for this utility model embodiment two
Structure schematic diagram, Fig. 6 shows for the structure of the stabilizer link mounting structure that this utility model embodiment two provides
It is intended to, the explosive view of the stabilizer link mounting structure that Fig. 7 provides for this utility model embodiment two, figure
The front view that 8 is the installing plate in the stabilizer link mounting structure of this utility model embodiment two offer,
The structure of the installing plate in the stabilizer link mounting structure that Fig. 9 provides for this utility model embodiment two is shown
It is intended to, the driven gear in the stabilizer link mounting structure that Figure 10 provides for this utility model embodiment two
Front view, driven in the stabilizer link mounting structure that Figure 11 provides for this utility model embodiment two
The cross-sectional view of gear, the stabilizer link that Figure 12 provides for this utility model embodiment two is installed
The structural representation of the driven gear in structure, the stabiliser bar that Figure 13 provides for this utility model embodiment two
The structural representation of the tappet in connecting rod installation structure, Figure 14 for this utility model embodiment two provide steady
The left view of the tappet in fixed pole connecting rod installation structure, Figure 15 for this utility model embodiment two provide steady
The right view of the tappet in fixed pole connecting rod installation structure, on the basis of embodiment one, as Fig. 2, Fig. 3,
Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Tu14He
Shown in Figure 15, the stabilizer link mounting structure that the present embodiment provides, also include: driven bearing 9；
Driven bearing 9 is set on tappet 5；Driven gear 4 is fixing with the outside of driven bearing 9 to be connected,
The inner side of driven bearing 9 is fixing with tappet 5 to be connected, and the outside of driven bearing 9 is interior with driven bearing 9
Side is flexibly connected.
On the surface towards the other end of tappet 5 of driven gear 4, it is provided with for accommodating driven bearing
The round platform 10 of 9；One end of spring 6 is connected with round platform 10；The driven tooth that driven gear 4 is formed in one
Wheel 4.
The stabilizer link mounting structure that the present embodiment provides, also includes: active bearings 11；
The outside of active bearings 11 is fixing with installing plate 1 to be connected, the inner side of active bearings 11 and driving shaft 2
One end be flexibly connected, the spline of driving gear 3 through active bearings 11 inner side and driving shaft 2 one
End is fixing to be connected, and the outside of active bearings 11 is flexibly connected with the inner side of active bearings 11.
Groove 12 it is provided with on the surface of ut socket 7；Clamping part 13, clamping part it is provided with on sleeve 8
13 include switch spring 14 and spring compressor 15, and wherein, one end of switch spring 14 is fixed with sleeve 8
Connecting, the other end of switch spring 14 is fixing with spring compressor 15 to be connected；Clamping part 13 is fastened on groove
In 12.
Ut socket 7 is provided with chamfering 16 on one end of spring 6.
The annular groove for sheathed attaching nut it is provided with on the other end of ut socket 7.
Double D circular hole 18 it is provided with on installing plate 1；One end of tappet 5 is provided with and double D circular holes 18
The nose bar 17 joined, nose bar 17 is spirally connected through double D circular holes 18 with installing nut 21.
Connection circular hole 19 it is provided with on installing plate 1；The outside of active bearings 11 be connected circular hole 19 interference
Coordinate.
Hand-held handle 20 it is provided with on the side deviating from ut socket 7 of installing plate 1.
In the present embodiment, concrete, be also provided with between tappet 5 and driven gear 4 one driven
Bearing 9, driven bearing 9 is also set on tappet 5, and driven bearing 9 is arranged on driven gear 4
Interstitial hole in.Driven gear 4 is fixing with the outside of driven bearing 9 to be connected, the inner side of driven bearing 9
Fix with tappet 5 and be connected, and, the outside of driven bearing 9 is flexibly connected with the inner side of driven bearing 9,
Tappet 5, driven bearing 9, driven gear 4 three are concentric, thus under the effect of driven bearing 9, from
Moving gear 4 realizes circumferentially rotating.At driven gear 4 towards on the surface of the other end of tappet 5, first
Being provided with a round platform 10, the inside of round platform 10 is empty, thus round platform 10 provides certain space
For accommodating driven bearing 9；One end of spring 6 is connected with the surface of the round platform 10 of driven gear 4, bullet
The other end of spring 6 is connected with one end of ut socket 7.Driven gear 4 is designed as integrated from
Moving gear 4, thereby may be ensured that the intensity of driven gear 4.
Active bearings 11, the outside of active bearings 11 it is additionally provided with between driving shaft 2 and driving gear 3
Fixing with installing plate 1 and be connected, the inner side of active bearings 11 is flexibly connected with one end of driving shaft 2；Actively
Gear 3 can be located in the inner side of active bearings 11, is provided with in the inboard aperture of driving gear 3 simultaneously
Spline, this spline and the spline interference fit on driving shaft 2, thus the spline of driving gear 3 is through main
The inner side of dynamic bearing 11 is fixing with one end of driving shaft 2 to be connected；The outside of active bearings 11 and driving shaft
Hold the inner side flexible connection of 11.From driving shaft 2 circumferentially rotates when, in active bearings 11
Effect under, driving shaft 2 drives driving gear 3 to circumferentially rotate.
The surface of ut socket 7 is provided with a groove 12, sleeve 8 is provided with and groove 12
Relative clamping part 13.Clamping part 13 includes switch spring 14 and spring compressor 15, switch spring
One end of 14 is fixing with sleeve 8 to be connected, and the other end of Simultaneous Switching spring 14 is fixing with spring compressor 15 even
Connecing, spring compressor 15 can be upspring by switch spring 14, and spring compressor 15 can be by switch spring 14
Compression.Clamping part 13 is fastened in groove 12, and specifically, spring compressor 15 is fastened in groove 12.
Further, ut socket 7, towards on the upper and lower sides of one end of spring 6, is respectively arranged with a chamfering 16.
Thus, being set on sleeve 8 by ut socket 7 when, spring compressor 15 is by ut socket 7
Chamfering 16 and compression switch spring 14, and then spring compressor 15 moves downward, thus spring compressor 15 can
To enter in the groove 12 on ut socket 7, then the elastic force of switch spring 14 makes spring compressor 15
Upspringing, spring compressor 15 is fastened in groove 12；Ut socket 7 compression spring 6 when, and
Ut socket 7 upspring by spring 6 when, ut socket 7 is without departing from the sleeve 8 of driven gear 4.
At the other end of ut socket 7, i.e. at ut socket 7 towards one end of the bulb of stabilizer link
On, it being provided with an annular groove, annular groove is used for sheathed attaching nut, and annular groove is possible to prevent
Attaching nut circumferentially rotates.
Being provided with a double D circular hole 18 on installing plate 1, one end of tappet 5 is provided with nose bar 17,
Nose bar 17 mates with double D circular holes 18, and nose bar 17 is the bar of the double D-shaped shape of parallel two, nose bar 17
Can be spirally connected through double D circular holes 18 with installing nut 21, thus one end of tappet 5 and installing plate
1 is fixedly connected.Further, installing plate 1 is additionally provided with one and connects circular hole 19, active bearings
The outside of 11 be connected circular hole 19 interference fit, thus the outside of active bearings 11 is carried out with installing plate 1
Fixing connection.
On the side deviating from ut socket 7 of installing plate 1, it is provided with a hand-held handle 20, hand-held
Handle 20 is for hand-held, consequently facilitating user's hand-held stabilizer link mounting structure.
The stabilizer link mounting structure that this utility model provides can be used by attaching nut with stabiliser bar even
Being spirally connected of bolt on the bulb of bar, and then stabilizer link is connected with amortisseur；Stabilizer link is pacified
The other end of tappet 5 of assembling structure contacts with the bulb of stabilizer link, thus props up stabilizer link
Bulb, now ut socket 7 can be towards the side at driven gear 4 place on the sleeve 8 of driven gear 4
To moving, and then compression spring 6, thus it is positioned at the attaching nut on ut socket 7 and stabiliser bar
The bulb of connecting rod is in pressured state.The left side of pneumtic impact wrench rifle head alignment driving shaft 2, starts pneumtic impact wrench,
Thus the turning moment of pneumtic impact wrench is through the driving shaft 2 being directed at pneumtic impact wrench rifle head；Driving shaft 2 is by main
Dynamic bearing 11 and drive driving gear 3 to carry out axially-movable；Owing to driving gear 3 is nibbled with driven gear 4
Close, thus under the effect of driven bearing 9, driven gear 4 is also carried out axially-movable；Due to spring 6
It is set on the sleeve 8 of driven gear 4, thus turning moment is passed to spring 6；Due to spring 6
It is connected with the ut socket 7 being set on sleeve 8, thus turning moment passes to ut socket 7, enters
And turning moment passes to the attaching nut on ut socket 7, and under the elastic force effect of spring 6,
Ut socket 7 drive attaching nut towards the bolt movement on the bulb of stabilizer link, thus the company of completing
Connected nut is spirally connected with the bolt on the bulb of stabilizer link, and then realizes stabilizer link and amortisseur
Connection；After connection completes, no longer the other end of tappet 5 is contacted with the bulb of stabilizer link,
Thus spring 6 resets to original state, and spring 6 drives ut socket 7 to reset to original state, from
And complete the most complete connection procedure.
The present embodiment is by being additionally provided with active bearings 11 between driving shaft 2 and driving gear 3, very
A driven bearing 9 it is also provided with between bar 5 and driven gear 4, it is achieved thereby that the rotation of pneumtic impact wrench
Moment is after driving shaft 2, and driving shaft 2 drives driving gear 3 to carry out axle by active bearings 11
To motion, under the effect of driven bearing 9, driven gear 4 is also carried out axially-movable, may finally will revolve
Torque passes to attaching nut by driven gear 4, spring 6, ut socket 7.Driven gear 4 is
Integrated driven gear 4, thereby may be ensured that the intensity of driven gear 4.At ut socket 7
Being provided with groove 12 on surface, the clamping part 13 on sleeve 8 is fastened in groove 12, thus nut sleeve
Cylinder 7 is without departing from the sleeve 8 of driven gear 4.On the other end of ut socket 7 for sheathed connection
The annular groove of nut, is possible to prevent circumferentially rotating of attaching nut.Installing plate 1 is provided with one
The double D circular holes 18 mated with one end of tappet 5, are also provided with the outside mistake of and active bearings 11
It is full of the connection circular hole 19 coordinated, thus ensure that tappet 5 and installing plate 1, active bearings 11 and installing plate
The fixing connection of 1.Meanwhile, installing plate 1 is provided with hand-held handle 20, consequently facilitating user passes through
Hand-held handle 20, hand-held stabilizer link mounting structure.And, it is ensured that by attaching nut with stable
The when that the carrying out of the bolt on the bulb of bar connecting rod being spirally connected, the bulb of stabilizer link will not followed by stubborn
It is dynamically connected the action of nut and rotates, it is simple to attaching nut and the bolt on the bulb of stabilizer link
Be spirally connected, and then be easy to the connection of stabilizer link and amortisseur, improve stable connection bar connecting rod and subtract
The work efficiency of shake device；And this utility model provide stabilizer link mounting structure simple in construction, make
With easy, cost is relatively low, and can reduce the installation difficulty of attaching nut, improves production efficiency.
Last it is noted that above example is only in order to illustrate the technical solution of the utility model, rather than
It is limited；Although this utility model being described in detail with reference to previous embodiment, this area
Those of ordinary skill is it is understood that the technical scheme described in foregoing embodiments still can be carried out by it
Amendment, or wherein portion of techniques feature is carried out equivalent；And these amendments or replacement, not
The essence making appropriate technical solution departs from the spirit and scope of this utility model each embodiment technical scheme.
Claims (10)
1. a stabilizer link mounting structure, it is characterised in that including:
Installing plate, driving shaft, driving gear, driven gear, tappet, spring and ut socket；
Described driving shaft and described driving gear lay respectively at the two sides of described installing plate, one end of described driving shaft is flexibly connected with described installing plate so that described driving shaft circumferentially rotates relative to described installing plate, described driving gear is fixing with one end of described driving shaft to be connected, and the other end of described driving shaft mates with pneumtic impact wrench rifle head；
One end of described tappet is fixing with described installing plate to be connected, and the other end of described tappet contacts with the bulb of described stabilizer link；
Described driven gear is set on described tappet, and described driven gear is flexibly connected with described tappet so that described driven gear circumferentially rotates around described tappet, and described driven gear engages with described driving gear；
It is provided with sleeve on the surface towards the other end of described tappet of described driven gear, described spring, described ut socket are sequentially sleeved on described sleeve, one end of described spring is connected towards the surface of the other end of described tappet with described driven gear, the other end of described spring is connected with one end of described ut socket, and the other end of described ut socket is used for sheathed attaching nut.
Structure the most according to claim 1, it is characterised in that also include: driven bearing；
Described driven shaft bearing sleeve is located on described tappet；
Described driven gear is fixing with the outside of described driven bearing to be connected, and the inner side of described driven bearing is fixing with described tappet to be connected, and the outside of described driven bearing is flexibly connected with the inner side of described driven bearing.
Structure the most according to claim 2, it is characterised in that on the surface towards the other end of described tappet of described driven gear, is provided with the round platform for accommodating described driven bearing；
One end of described spring is connected with described round platform；
The driven gear that described driven gear is formed in one.
Structure the most according to claim 1, it is characterised in that also include: active bearings；
The outside of described active bearings is fixing with described installing plate to be connected, the inner side of described active bearings is flexibly connected with one end of described driving shaft, the spline of described driving gear is fixed be connected through the inner side of described active bearings and one end of described driving shaft, and the outside of described active bearings is flexibly connected with the inner side of described active bearings.
Structure the most according to claim 1, it is characterised in that be provided with groove on the surface of described ut socket；
Being provided with clamping part on described sleeve, described clamping part includes switch spring and spring compressor, and wherein, one end of described switch spring is fixing with described sleeve to be connected, and the other end of described switch spring is fixing with described spring compressor to be connected；
Described clamping part is fastened in described groove.
Structure the most according to claim 5, it is characterised in that described ut socket is provided with chamfering on one end of described spring.
Structure the most according to claim 1, it is characterised in that be provided with the annular groove for sheathed attaching nut on the other end of described ut socket.
8. according to the structure described in any one of claim 1-7, it is characterised in that be provided with double D circular hole on described installing plate；
One end of described tappet is provided with the nose bar mated with described pair of D circular hole, and described nose bar is spirally connected through described pair of D circular hole with installing nut.
Structure the most according to claim 4, it is characterised in that be provided with connection circular hole on described installing plate；
The outside of described active bearings is connected circular hole interference fit with described.
10. according to the structure described in any one of claim 1-7, it is characterised in that be provided with hand-held handle on the side deviating from described ut socket of described installing plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620026452.1U CN205736755U (en) | 2016-01-12 | 2016-01-12 | Stabilizer link mounting structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620026452.1U CN205736755U (en) | 2016-01-12 | 2016-01-12 | Stabilizer link mounting structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205736755U true CN205736755U (en) | 2016-11-30 |
Family
ID=57388596
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620026452.1U Expired - Fee Related CN205736755U (en) | 2016-01-12 | 2016-01-12 | Stabilizer link mounting structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205736755U (en) |
-
2016
- 2016-01-12 CN CN201620026452.1U patent/CN205736755U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20170927 Address after: 102606 Beijing City Economic Development Zone, Daxing District Caiyu mining and Road No. 1 Patentee after: BEIJING ELECTRIC VEHICLE Co.,Ltd. Address before: 101300 Beijing City Renhe Town Shunyi District Shuanghe Street No. 99 Patentee before: BAIC MOTOR Co.,Ltd. |
|
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161130 Termination date: 20220112 |