CN201723634U - Shock absorber - Google Patents
Shock absorber Download PDFInfo
- Publication number
- CN201723634U CN201723634U CN2010201891161U CN201020189116U CN201723634U CN 201723634 U CN201723634 U CN 201723634U CN 2010201891161 U CN2010201891161 U CN 2010201891161U CN 201020189116 U CN201020189116 U CN 201020189116U CN 201723634 U CN201723634 U CN 201723634U
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- CN
- China
- Prior art keywords
- leak
- pipe
- stopping plug
- stopping
- follower lever
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- Expired - Fee Related
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Abstract
The utility model discloses a shock absorber which comprises an actuating part and a containing part, wherein the actuating part is provided with a piston, the opposite ends of the actuating part are provided with a first driven rod and a second driven rod respectively; the containing rod is provided with a first pipe, wherein the opposite ends of the containing rod are provided with a first leakage-preventing plug and a second leakage-preventing plug respectively, the first driven rod, the piston and the second driven rod are arranged inside the first pipe, the first driven rod penetrates through the first leakage-preventing plug, the second driven rod penetrates through the second leakage-preventing plug, thus leading the piston to displace by being guided by the first leakage-preventing plug and the second leakage-preventing plug respectively through the first driven rod and the second driven rod. The shock absorber can achieve the effect of shock absorption so as to reduce the earthquake hazard.
Description
Technical field
The utility model is meant a kind of shock absorber of high stability especially about a kind of shock absorber.
Background technique
Though there is the understanding of summary in Taiwan to earthquake at present, but to earthquake when and where take place can not be definite grasp, we are in the geological environment of upheaval like this, and it is not impossible wanting earthquake, reduce the earthquake injury for researching and developing the emphasis place at present but how to research and develop the shock-absorbing Related product.
The model utility content
The technical problems to be solved in the utility model provides a kind of shock absorber, to reduce the earthquake injury.
The utility model adopts following technological scheme:
A kind of shock absorber, it comprises an actuator and a setting piece, and this actuator has a piston, and this piston opposite end is established one first follower lever and one second follower lever respectively, at least one current limliting of this piston moulding road; This setting piece has one first pipe, this first follower lever, piston and second follower lever place in this first pipe, these first pipe, two ends are established first leak-stopping plug of a tool guide hole and the second leak-stopping plug of a tool guide hole respectively, the guide hole that this first follower lever wears this first leak-stopping plug cooperates with one first joint, the guide hole that this second follower lever wears this second leak-stopping plug cooperates with one second joint, make this piston stable in this first the pipe intrinsic displacement.
This first leak-stopping wall moulding beyond the Great Wall one first is supported portion and one second and is supported portion, this first leak-stopping plug supports portion by first and is placed in this first pipe, one end, this second leak-stopping wall moulding beyond the Great Wall one first is supported portion and one second and is supported portion, this second leak-stopping plug supports portion by first and is placed in this first pipe the other end, this first pipe cooperates formation one containing space with this first leak-stopping plug with this second leak-stopping plug, this first pipe places in one second pipe, this first leak-stopping wall beyond the Great Wall is placed in this second pipe, one end to portion by second, and this second leak-stopping wall beyond the Great Wall is placed in this second pipe the other end to portion by second.
This second leak-stopping plug supports the other combination section of establishing of portion in first, this combination section is provided with a constrictor and a limited ring, this constrictor has the perforation of leading that relative this combination section wears, this establishes at least one throttle orifice around leading perforation, the positioning hole that this limited ring moulding one relative this combination section lock is established, the positioning hole of this limited ring is the combination section combination of this second leak-stopping plug relatively, this second pipe cooperates formation one second containing space with this first pipe, and this second leak-stopping plug has at least one current limliting road that is communicated with this first containing space and this second containing space respectively.
The combination section of this second leak-stopping plug is provided with a blocking blade and a spring between this constrictor and this limited ring, this blocking blade has an introduction hole that supplies this combination section to wear, and this spring housing is located at this combination section, and butted this blocking blade and this limited ring.
First follower lever, one end moulding, one combination of this actuator is recessed, this second follower lever, one end moulding, one combination is protruding, this piston shaft is to moulding one spacing hole, the spacing hole of this piston is for protruding the wearing of combination of this second follower lever, and assemble with the recessed dismountable type of doing of the combination of this first follower lever, this piston is at least one current limliting of moulding road around this spacing hole; And
First follower lever of this setting piece, piston and second follower lever place in this first pipe, these first pipe, two ends are established first leak-stopping plug of tool guide hole and the second leak-stopping plug of a tool guide hole respectively, this first follower lever wears the guide hole and one first splice combinations of this first leak-stopping plug, and this second follower lever wears the guide hole and second splice combinations of this second leak-stopping plug.
This first leak-stopping wall moulding beyond the Great Wall one first is supported portion and one second and is supported portion, this first leak-stopping plug supports portion by first and is placed in this first pipe, one end, this second leak-stopping wall moulding beyond the Great Wall one first is supported portion and one second and is supported portion, this second leak-stopping plug supports portion by first and is placed in this first pipe the other end, this first pipe cooperates formation one containing space with this first leak-stopping plug with this second leak-stopping plug, this first pipe places in one second pipe, this first leak-stopping wall beyond the Great Wall is placed in this second pipe, one end to portion by second, and this second leak-stopping wall beyond the Great Wall is placed in this second pipe the other end to portion by second.
This second leak-stopping plug supports the other combination section of establishing of portion in first, this combination section is provided with a constrictor and a limited ring, this constrictor has the perforation of leading that relative this combination section wears, this establishes at least one throttle orifice around leading perforation, the positioning hole that this limited ring moulding one relative this combination section lock is established, the positioning hole of this limited ring is the combination section combination of this second leak-stopping plug relatively, this second pipe cooperates formation one second containing space with this first pipe, and this second leak-stopping plug has at least one current limliting road that is communicated with this first containing space and this second containing space respectively.
The combination section of this second leak-stopping plug is provided with a blocking blade and a spring between this constrictor and this limited ring, this blocking blade has an introduction hole that supplies this combination section to wear, and this spring housing is located at this combination section, and butted this blocking blade and this limited ring;
In addition the spiral shell that radially runs through of the recessed inwall tool one of combination of this first follower lever is established the hole, and this first joint has a screw lock hole of radially running through near first follower lever, one end;
A sunk screw is established in the screw lock hole that the spiral shell of its this first follower lever is established hole and this first joint spiral shell respectively.
This piston mainly is respectively to be concaved with a tank in axial both ends of the surface, and its axial spacing hole peripheral shaft is to offering a plurality of current limlitings duct; Respectively this tank by this current limliting duct port to this tank opening direction, in regular turn a cup spring and a pad are sheathed on this actuator and are placed in respectively this tank of this piston, be covered on respectively this tank opening respectively with two constrictions, respectively the axial eccentric hoop of this constriction is provided with a plurality of throttle orifice, and to should throttle orifice offering the auxiliary throttle orifice of a plurality of diameters greater than this throttle orifice, respectively should assist throttle orifice between this throttle orifice and this actuator, respectively this throttle orifice and this corresponding auxiliary throttle orifice respectively be in respectively being connected in this tank, and respectively this pad is suppressed in respectively should auxiliary throttle orifice by the elastic force contact of this cup spring respectively.
This spring is cup spring, coil spring or leaf spring.
The beneficial effects of the utility model are: this shock absorber can reach shock-proof effect, to reduce the earthquake injury; This shock absorber can apply to fields such as locomotive shock-absorbing or automobile shock-absorbing.
Description of drawings
Below in conjunction with accompanying drawing and embodiment the utility model is described in further detail:
Fig. 1 is a decomposing schematic representation of the present utility model.
Fig. 2 is a combination schematic representation one of the present utility model.
Fig. 3 is the first combination embodiment schematic representation of the present utility model.
Fig. 4 is the second combination embodiment schematic representation of the present utility model.
Fig. 5 is the 3rd a combination embodiment schematic representation of the present utility model.
Fig. 6 is a user mode schematic representation of the present utility model.
Reference character is as follows among the figure:
The 10th, actuator
11 is that first follower lever 111 is that combination is recessed
The 112nd, spiral shell is established the hole
12 is that second follower lever 121 is that combination is protruding
The 13rd, piston 131 is spacing holes
The 132nd, current limliting road 133 is wear rings
The 134th, tank 135 is current limliting ducts
The 136th, constriction 1360 is throttle orifice
The 1361st, auxiliary throttle orifice
The 30th, setting piece
31 is that first pipe 32 is first leak-stopping plugs
The 321st, guide hole 322 is first to support portion
323 is that second to support portion 324 are wear rings
33 is that the second leak-stopping plug 331 is guide holes
332 is first to support portion 333 and second support portion
The 334th, combination section 335 is wear rings
The 336th, current limliting road 34 is second pipes
35 is that first joint 351 is screw lock holes
36 is that second joint 361 is guide slots
The 40th, constrictor 41 is to lead perforation
The 42nd, throttle orifice 50 is blocking blades
The 51st, introduction hole 60 is springs
The 70th, limited ring 71 is positioning holes
The 80th, sunk screw 90 is springs
The 100th, pad
A is that the first containing space B is second containing space
Embodiment
The utility model embodiment sees also Fig. 1 to shown in Figure 6:
The utility model shock absorber comprises an actuator 10 and a setting piece 30;
This actuator 10 has one first follower lever 11, one second follower lever 12 and a piston 13, wherein: this first follower lever 11 extends axially an end moulding one combination recessed 111 of direction, this makes up recessed 111 inwalls has the spiral shell that thread section and radially runs through and establishes hole 112, its this second follower lever, 12 1 ends cooperate this to make up recessed 111 moulding, one combination protruding 121, axial this makes up protruding 121 outer walls and has thread section, the combination of this second follower lever 12 protruding 121 cooperates with the combination of this first follower lever 11 recessed 111, these piston 13 axial centre moulding one spacing holes 131, the spacing hole 131 of this piston 13 wears for the combination protruding 121 of this second follower lever 12, one end of the combination protruding 121 of this second follower lever 12 is exposed for recessed 111 locks of the combination of this first follower lever 11 to be established, allow this first follower lever 11 be located on this piston 13 with this second follower lever 12, these piston 13 axial eccentric moulding two current limliting roads 132, this current limliting road 132 is located on around this spacing hole 131, and these piston 13 outer walls are embedded two wear rings 133 at interval.
This setting piece 30 has one first pipe 31, one first leak-stopping plug 32, one second leak-stopping plug 33 and one second pipe 34, wherein: this first pipe 31 is for first follower lever 11 of this actuator 10, second follower lever 12 and piston 13 are ccontaining, the piston 13 that makes this actuator 10 closely contacts at first pipe, 31 inwalls of this setting piece 30 by this wear ring 133, these first leak-stopping plug, 32 axial moulding one guide holes 321, this first leak-stopping plug, 32 outer walls moulding in regular turn one first is supported portion 322 and one second and is supported portion 323, first of this first leak-stopping plug 32 supports portion's 322 outer walls and second and is embedded two wear rings 324 respectively to portion's 323 outer walls, this first leak-stopping plug 32 supports portion 322 by first and is placed in these first pipe, 31 1 ends, make this first leak-stopping plug 32 by first wear ring 324 tight these first pipe, 31 inwalls of conflicting to portion 322, and allowing the guide hole 321 of this first leak-stopping plug 32 wear and to expose with one first joint 35 for these first follower levers 11 cooperates, and this first joint 35 has a screw lock hole 351 of radially running through near first follower lever, 11 1 ends, this first joint 35 is mutually locked with the end that this first follower lever 11 exposes, and second of aforementioned this first leak-stopping plug 32 supports portion 323 and is used for cooperating with this second pipe 34.
These second leak-stopping plug, 33 axial moulding one guide holes 331, portion 332 is supported in these second leak-stopping plug, 33 outer wall moulding one first, one second supports a portion 333 and a combination section 334, wherein: first of this second leak-stopping plug 33 supports portion's 332 outer walls and second and is embedded two wear rings 335 respectively to portion's 333 outer walls, this second leak-stopping plug 33 supports portion 332 by first and is placed in these first pipe, 31 the other ends, make this second leak-stopping plug 33 by first wear ring 335 tight these first pipe, 31 inwalls of conflicting to portion 332, and allow the guide hole 331 of this second leak-stopping plug 33 wear and to expose with one second joint 36 for these second follower levers 12 and cooperates, second of aforementioned this second leak-stopping plug 33 supports portion 333 and is used for second managing 34 and cooperating with this;
The combination section 334 of this second leak-stopping plug 33 and a constrictor 40, one blocking blade 50, one spring 60 and a limited ring 70 cooperate, wherein: this constrictor 40 have one for this combination section 334 wear lead the perforation 41, ring was established two throttle orifice 42 around this led perforation 41, this blocking blade 50 has an introduction hole 51 that supplies this combination section 334 to wear, these limited ring 70 axial moulding one positioning holes 71, these positioning hole 71 inwalls have thread section, combination section 334 locks of positioning hole 71 relative these second leak-stopping plugs 33 of this limited ring 70 are established, make this limited ring 70 compress this spring 60, this blocking blade 50 is subjected to this spring 60 butted with this constrictor 40 again, this second leak-stopping plug 33 has two current limliting roads 336, this each current limliting road 336 runs through the side moulding of an end and this this second leak-stopping plug 33 of this second leak-stopping plug 33 simultaneously, and aforementioned two current limliting roads 336 are not communicated with.
These first pipe, 31 2 ends are combined to form the first containing space A with this first leak-stopping plug 32 and this second leak-stopping plug 33 respectively, these second pipe, 34 calibers are greater than these first pipe, 31 calibers, this first pipe 31 is placed in this second pipe 34, and allowing second of this first leak-stopping plug 32 support portion 333 to second of portion 323 and this second leak-stopping plug 33 is placed in respectively in this second pipe 34, make this first leak-stopping plug 32 support the wear ring 324 of portion 323 and this second leak-stopping plug 33 in second wear ring 335 that supports portion 333 this second pipe, 34 inwalls of closely conflicting respectively in second, these second joint, 36 axial ends are placed in these second pipe 34 inwalls and install on this second leak-stopping plug 33, these second joint, 36 axial the other ends expose to outside this second pipe 34, and the guide slot 361 of these second leak-stopping plug, 33 guide holes, 331 these actuator 10 second follower levers 12 displacements of guiding of guide hole 331 moulding one collocation of these second joint, 36 relative these second leak-stopping plugs 33;
This first pipe 31 and this 34 of second pipe form the second containing space B, and each current limliting road 336 of this second leak-stopping plug 33 is communicated with this first containing space A respectively and this second containing space B is communicated with, the first containing space A and the second containing space B of this setting piece 30 are pre-charged with appropriate amount of buffer solution, this first follower lever 11 is arranged at book office by this first joint 35, and first joint 35, first follower lever 11, piston 13 and second follower lever 12 of this shock absorber are mobile component; This second follower lever 12 is arranged at book office by this second joint 36, second joint 36, first pipe, 31, the first leak-stopping plug 32, the second leak-stopping plug 33 and second pipe 34 of this shock absorber are not movable assembly, and the actuator 10 that makes this shock absorber is in these setting piece 30 displacements;
A plurality of sunk screws 80, its this each sunk screw 80 the spiral shell spiral shell of being located at first follower lever 11 are respectively established hole 112, and the screw lock hole 351 of first joint 35, and contact is fixed in first follower lever 11 and second follower lever 12.
This actuator 10 drives this piston 13 through this first joint 35 by this first follower lever 11, and this piston 13 cooperates these first leak-stopping plug, 32 guidings and this second follower lever 12 to cooperate this second leak-stopping plug, 33 guidings by this first follower lever 11, make this piston 13 in this first leak-stopping plug 32 and 33 displacements of this second leak-stopping plug, when this piston 13 advances buffer solution, this current limliting road 132 of this piston 13, this blocking blade 50, the current limliting road 336 of the throttle orifice 42 of this constrictor 40 and this second leak-stopping plug 33 will limit the flow velocity of buffer solution, and aforementioned this shock absorber can apply to fields such as locomotive shock-absorbing or automobile shock-absorbing.
See also shown in Figure 3, the combination section 334 and two constrictors 40 of its this second leak-stopping plug 33, two blocking blades 50, two springs 60, two limited rings 70 cooperate, and be located at place, piston two ends respectively, in addition, this first pipe 31 and this 34 of second pipe form the second containing space B, and each current limliting road 336 of this second leak-stopping plug 33 is communicated with this first containing space A respectively and this second containing space B is communicated with, make this piston 13 when start, by the current limliting road 132 of former piston 13 and, this blocking blade 50, the current limliting road 336 of the throttle orifice 42 of this constrictor 40 and this second leak-stopping plug 33 will disperse the flow velocity of buffer solution, reach the effect of shock-absorbing and can apply to the locomotive shock-absorbing or field such as automobile shock-absorbing.
See also shown in Figure 4, the constrictor 40 of this shock absorber, blocking blade 50, spring 60 and limited ring 70 alternative assemblings, when this constrictor 40, this blocking blade 50, when this spring 60 and this limited ring 70 do not use, two current limliting roads 336 of this second leak-stopping plug 33 also just need not to use, this moment, the first containing space A of this shock absorber was not communicated with each other mutually with the second containing space B, at this moment, the work of this shock absorber current limliting is just carried out current limliting by the 132 pairs of built-in buffering oil of these first pipe 31 first containing space A in the current limliting road of this piston 13, and first follower lever 11 and second follower lever 12 of this actuator 10 (graphic do not drawn) can be shaped in this piston 13 2 ends.
Other please refer to Fig. 5, and it mainly shows another embodiment of piston of the shock absorber of the utility model tool multistage damping function.This shock absorber mainly is to make this shock-absorbing utensil multistage damping function by changing piston structure, reaching, and wherein, this piston 13 mainly is respectively to be concaved with a tank 134 in axial both ends of the surface, and its axial spacing hole 131 peripheral shafts are to offering a plurality of current limlitings duct 135; Respectively this tank 134 by these current limliting duct 135 ports to these tank 134 opening directions, in regular turn a cup spring 90 and a pad 100 are sheathed on this actuator 10 and are placed in respectively this tank 134 of this piston 13, be covered on respectively these tank 134 openings respectively with two constrictions 136, respectively these constriction 136 axial eccentric hoops are provided with a plurality of throttle orifice 1360, and to should throttle orifice 1360 offering the auxiliary throttle orifice 1361 of a plurality of diameters greater than this throttle orifice 1360, respectively should assist throttle orifice 1361 between this throttle orifice 1360 and this actuator 10, respectively this throttle orifice 1360 and this corresponding auxiliary throttle orifice 1361 respectively be in respectively being connected in this tank 134, and respectively this pad 100 is suppressed in respectively should auxiliary throttle orifice 1361 by the elastic force contact of this cup spring 90 respectively; When damping force that total bonding force of seismic force and building gravity is produced greater than these piston 13 reciprocating strokes, this external force will make the buffer solution at these piston 13 fast reciprocal starts and extrusion piston two ends, then buffer solution has larger-diameter auxiliary throttle orifice 1361 these pads 100 of inflow impact by this, because hydraulic pressure moment is greater than the elastic force of this cup spring 90, make these piston 13 two ends be communicated with, reach and shock absorber is upheld fast and discharge the excessive external force of being born by these a plurality of auxiliary throttle orifice 1361; This cup spring 90 can be coil spring or leaf spring etc. in addition.
Claims (10)
1. a shock absorber is characterized in that, comprises:
One actuator has a piston, one-body molded one first follower lever of these piston two ends and one second follower lever, at least one current limliting of this piston moulding road; And
One setting piece, has one first pipe, this first follower lever, piston and second follower lever place in this first pipe, these first pipe, two ends are established first leak-stopping plug of a tool guide hole and the second leak-stopping plug of a tool guide hole respectively, this first follower lever wears the guide hole and one first splice combinations of this first leak-stopping plug, and this second follower lever wears the guide hole and one second splice combinations of this second leak-stopping plug.
2. shock absorber as claimed in claim 1, it is characterized in that, this first leak-stopping wall moulding beyond the Great Wall one first is supported portion and one second and is supported portion, this first leak-stopping plug supports portion by first and is placed in this first pipe, one end, this second leak-stopping wall moulding beyond the Great Wall one first is supported portion and one second and is supported portion, this second leak-stopping plug supports portion by first and is placed in this first pipe the other end, this first pipe cooperates formation one containing space with this first leak-stopping plug with this second leak-stopping plug, this first pipe places in one second pipe, this first leak-stopping wall beyond the Great Wall is placed in this second pipe, one end to portion by second, and this second leak-stopping wall beyond the Great Wall is placed in this second pipe the other end to portion by second.
3. shock absorber as claimed in claim 2, it is characterized in that, this second leak-stopping plug supports the other combination section of establishing of portion in first, this combination section is provided with a constrictor and a limited ring, this constrictor has the perforation of leading that relative this combination section wears, this establishes at least one throttle orifice around leading perforation, the positioning hole that this limited ring moulding one relative this combination section lock is established, the positioning hole of this limited ring is the combination section combination of this second leak-stopping plug relatively, this second pipe cooperates formation one second containing space with this first pipe, and this second leak-stopping plug has at least one current limliting road that is communicated with this first containing space and this second containing space respectively.
4. shock absorber as claimed in claim 3, it is characterized in that, the combination section of this second leak-stopping plug is provided with a blocking blade and a spring between this constrictor and this limited ring, this blocking blade has an introduction hole that supplies this combination section to wear, this spring housing is located at this combination section, and butted this blocking blade and this limited ring.
5. shock absorber according to claim 1 is characterized in that,
First follower lever, one end moulding, one combination of this actuator is recessed, this second follower lever, one end moulding, one combination is protruding, this piston shaft is to moulding one spacing hole, the spacing hole of this piston is for protruding the wearing of combination of this second follower lever, and assemble with the recessed dismountable type of doing of the combination of this first follower lever, this piston is at least one current limliting of moulding road around this spacing hole; And
First follower lever of this setting piece, piston and second follower lever place in this first pipe, these first pipe, two ends are established first leak-stopping plug of tool guide hole and the second leak-stopping plug of a tool guide hole respectively, this first follower lever wears the guide hole and one first splice combinations of this first leak-stopping plug, and this second follower lever wears the guide hole and second splice combinations of this second leak-stopping plug.
6. shock absorber as claimed in claim 5, it is characterized in that, this first leak-stopping wall moulding beyond the Great Wall one first is supported portion and one second and is supported portion, this first leak-stopping plug supports portion by first and is placed in this first pipe, one end, this second leak-stopping wall moulding beyond the Great Wall one first is supported portion and one second and is supported portion, this second leak-stopping plug supports portion by first and is placed in this first pipe the other end, this first pipe cooperates formation one containing space with this first leak-stopping plug with this second leak-stopping plug, this first pipe places in one second pipe, this first leak-stopping wall beyond the Great Wall is placed in this second pipe, one end to portion by second, and this second leak-stopping wall beyond the Great Wall is placed in this second pipe the other end to portion by second.
7. shock absorber as claimed in claim 6, it is characterized in that, this second leak-stopping plug supports the other combination section of establishing of portion in first, this combination section is provided with a constrictor and a limited ring, this constrictor has the perforation of leading that relative this combination section wears, this establishes at least one throttle orifice around leading perforation, the positioning hole that this limited ring moulding one relative this combination section lock is established, the positioning hole of this limited ring is the combination section combination of this second leak-stopping plug relatively, this second pipe cooperates formation one second containing space with this first pipe, and this second leak-stopping plug has at least one current limliting road that is communicated with this first containing space and this second containing space respectively.
8. shock absorber as claimed in claim 7, it is characterized in that, the combination section of this second leak-stopping plug is provided with a blocking blade and a spring between this constrictor and this limited ring, this blocking blade has an introduction hole that supplies this combination section to wear, this spring housing is located at this combination section, and butted this blocking blade and this limited ring;
In addition the spiral shell that radially runs through of the recessed inwall tool one of combination of this first follower lever is established the hole, and this first joint has a screw lock hole of radially running through near first follower lever, one end;
A sunk screw is established in the screw lock hole that the spiral shell of its this first follower lever is established hole and this first joint spiral shell respectively.
9. shock absorber as claimed in claim 1 is characterized in that, this piston mainly is respectively to be concaved with a tank in axial both ends of the surface, and its axial spacing hole peripheral shaft is to offering a plurality of current limlitings duct; Respectively this tank by this current limliting duct port to this tank opening direction, in regular turn a cup spring and a pad are sheathed on this actuator and are placed in respectively this tank of this piston, be covered on respectively this tank opening respectively with two constrictions, respectively the axial eccentric hoop of this constriction is provided with a plurality of throttle orifice, and to should throttle orifice offering the auxiliary throttle orifice of a plurality of diameters greater than this throttle orifice, respectively should assist throttle orifice between this throttle orifice and this actuator, respectively this throttle orifice and this corresponding auxiliary throttle orifice respectively be in respectively being connected in this tank, and respectively this pad is suppressed in respectively should auxiliary throttle orifice by the elastic force contact of this cup spring respectively.
10. shock absorber as claimed in claim 9 is characterized in that, this spring is cup spring, coil spring or leaf spring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201891161U CN201723634U (en) | 2010-05-13 | 2010-05-13 | Shock absorber |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201891161U CN201723634U (en) | 2010-05-13 | 2010-05-13 | Shock absorber |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201723634U true CN201723634U (en) | 2011-01-26 |
Family
ID=43491958
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010201891161U Expired - Fee Related CN201723634U (en) | 2010-05-13 | 2010-05-13 | Shock absorber |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201723634U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114109930A (en) * | 2021-11-30 | 2022-03-01 | 台州九桔科技股份有限公司 | Anti-side rolling device |
-
2010
- 2010-05-13 CN CN2010201891161U patent/CN201723634U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114109930A (en) * | 2021-11-30 | 2022-03-01 | 台州九桔科技股份有限公司 | Anti-side rolling device |
| CN114109930B (en) * | 2021-11-30 | 2024-07-30 | 台州九桔科技股份有限公司 | Anti-rolling device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110126 Termination date: 20180513 |
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| CF01 | Termination of patent right due to non-payment of annual fee |