CN204821070U - Electronic air spring vaulting pole of car back door - Google Patents
Electronic air spring vaulting pole of car back door Download PDFInfo
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- CN204821070U CN204821070U CN201520534231.0U CN201520534231U CN204821070U CN 204821070 U CN204821070 U CN 204821070U CN 201520534231 U CN201520534231 U CN 201520534231U CN 204821070 U CN204821070 U CN 204821070U
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- outer tube
- inner sleeve
- air spring
- perisporium
- lining
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Abstract
The utility model provides an electronic air spring vaulting pole of car back door. It includes electronic air spring vaulting pole body, the electronic air spring vaulting pole body of its characteristic is by the outer tube end cover, the outer tube bush, interface on the air spring vaulting pole, the air spring, the multiple thread screw, the bull swivel nut, a bearing, the jewel sleeve pipe, the connecting rod, the outer tube, the rubber sealing boot pipe, interior sleeve pipe, including a motor, an end cap, a controller, and a cover plate, the endotheca pipe bushing, the cable of an endotheca pipe end lid and an end band connector constitutes, locate outside the multiple thread screw of overcoat pipe box on the air spring cylinder body, the outer tube bush, the outer tube end cover is adorned in proper order on air spring and outer tube, bull swivel nut cover outside the air spring telescopic link and with multiple thread screw thread connection, rubber sealing boot pipe upper end and outer tube lower extreme end fixing, the tip slides with interior sleeve pipe and links down, the intraductal bull swivel nut of endotheca, take the bearing of bearing insert pipe, the connecting rod, the motor couples in proper order, interior sleeve pipe lower extreme mouth links with endotheca pipe bushing and endotheca pipe end lid one by one. The utility model is used for on each grade car back door.
Description
Technical field
The utility model relates to a kind of automotive back door, particularly relates to the electronic Air spring support of a kind of automotive back door.
Background technology
All also there is no the electronic Air spring support of automotive back door both at home and abroad at present.The electronic strut of external automotive back door utilizes steel spring to support, and driven by motor screw rod is outputting power, reaches strut and pulls back and forth, thus reach lifting, the opening and closing function of automotive back door.Then, the steel spring poor stability of external product, also easily fracture, and the size of the automotive back door of different automobile types, weight are different, and can not implement to regulate for steel spring.
Summary of the invention
The purpose of this utility model to provide a kind of automotive back door electronic Air spring support, and it not only can make effectively, and automotive back door is stable opens or close, and rational in infrastructure, and use cost is low, steady quality, long service life.
The utility model is such realization to achieve the above object: the electronic Air spring support of automotive back door of the present utility model comprises electronic Air spring support body, described electronic Air spring support body is by outer tube end cap, outer tube lining, interface on Air spring support, gas spring, multiple-threaded screw, bull swivel nut, bearing, bearing liner sleeve pipe, pipe link, outer tube, rubber seal sleeve pipe, inner sleeve, motor, inner sleeve lining, the cable of inner sleeve end cap and an end band connector formed, described outer tube end cap is rewinding shape, described outer tube end cap end face is provided with centre hole, described outer tube end cap perisporium is evenly equipped with longitudinal strip impression, described outer tube lining is rewinding shape, described outer tube lining end face is provided with centre hole, described outer tube lining perisporium lower end is provided with a shoulder, on described Air spring support, the upper end of interface is for being spheroid form, bottom is rhabodoid, on described gas spring, the lower surface of the bottom for rhabodoid of interface is provided with a tapped central blind hole, on the cylinder upper end face of described gas spring, center is provided with a short screw, the lower end place of the expansion link of described gas spring is for being spheroid form, described multiple-threaded screw is the multiple-threaded screw of body in a tubular form, described bull swivel nut is cylindrical shape, on described bull swivel nut outer bottom, center is provided with a boss, the center of described boss is also extended with a square-shaped connector downwards, on the inner bottom surface of described bull swivel nut, center is provided with the groove of a spherically shape, center on described bearing liner sleeve pipe perisporium is provided with the impression of a shape ringwise, described pipe link upper end is for being groove shapes, on the lower surface of bottom, center is provided with a square-shaped blind hole, described outer tube perisporium is evenly equipped with longitudinal strip impression, the end, upper end of described outer tube perisporium is provided with a shoulder, described rubber seal sleeve pipe is for having elastomeric rubber seal sleeve pipe, end, described inner sleeve upper end is provided with the orienting sleeve its perisporium being evenly equipped with longitudinal strip impression, the inwall of described inner sleeve bottom is provided with a shoulder, the lower end place of described inner sleeve perisporium is provided with a shoulder, described motor is the reducing motor being with two-way Hall effect decoder, the forward end of described motor output shaft is square-shaped, the external diameter of described motor and the diameter compatible of described inner sleeve bottom close, described inner sleeve lining is cylindrical shape, described inner sleeve lining perisporium upper end is provided with a shoulder, center on described inner sleeve lining bottom surface is provided with an Air spring support lower interface, its upper end is rhabodoid, bottom is for being spheroid form, described inner sleeve lining bottom surface is also provided with a through wires hole, described inner sleeve end cap is for being cylindrical shape, described inner sleeve end cap bottom surface is provided with centre hole, described multiple-threaded screw is sleeved on the cylinder body of gas spring, and formation is connected and fixed, the multiple-threaded screw that described outer tube is sleeved on gas spring cylinder body is located outward, described outer tube lining, outer tube end cap is in tandem on described gas spring cylinder upper end face on the short screw established of place, middle part successively, described outer tube lining bottom is inserted in described outer tube, shoulder set by described outer tube lining perisporium lower end and described outer sleeve upper is tight-lipped leans on, described outer tube end cap is sleeved on the outer upper port place being also also sleeved on outer tube of outer tube lining, the shoulder set by end, upper end of described outer tube end cap lower port and described outer tube perisporium near, longitudinal strip impression inner end surface uniform on described outer tube end cap perisporium is formed to rabbet with longitudinal strip impression uniform on outer tube perisporium simultaneously and is connected, the short screw thread connection that on described Air spring support, the bottom for rhabodoid of interface is established through centre hole set on centre hole set on outer tube end cap end face and outer tube lining end face and by place in the middle part of on negative thread and the set gas spring cylinder upper end face of central blind hole set on its lower surface, described bull swivel nut is sleeved on outside the expansion link of described gas spring, and with described multiple-threaded screw thread connection, the groove of spherically shape set of place, middle part and the expansion link of described gas spring as being that the lower end place of spheroid form matches and formed and is slidably connected on the inner bottom surface of described bull swivel nut, boss place on described bull swivel nut outer bottom set by middle part and the bearing inner ring of described bearing are connected and fixed, the center of the boss on described bull swivel nut outer bottom set by middle part also downward extended square-shaped connector and described pipe link for being that the upper end of groove shapes matches and formed to rabbet and connects, described bearing lining pipe box is contained in the outside race place of described bearing and forms cooperation connection, described rubber seal sleeve pipe, inner sleeve is sleeved on pipe link successively, outside bearing liner sleeve pipe and bull swivel nut, the upper end of described rubber seal sleeve pipe and the lower end of outer tube are formed and are fixedly connected, the bottom of described rubber seal sleeve pipe and inner sleeve match and merge formation and be slidably connected, described inner sleeve inwall is formed be fixed with the impression opposite position of the shape ringwise set by the center on described bearing liner sleeve pipe perisporium, with the outside race of fixing described bearing, longitudinal strip impression uniform on orienting sleeve perisporium set by end, described inner sleeve upper end is formed to coordinate with the inner end surface of longitudinal strip impression uniform on described outer tube perisporium and is slidably connected, described motor is placed in shoulder place set on the inwall of described inner sleeve bottom, described motor output shaft for square-shaped forward end place with on the lower surface of the pipe link bottom in described inner sleeve in the middle part of the place square-shaped blind hole of establishing formed to rabbet and connect, described inner sleeve lining upper end is inserted in described inner sleeve lower port, shoulder set by described inner sleeve lining perisporium upper end and described inner sleeve lower port near, described inner sleeve end cap is sleeved on outside described inner sleeve lining, the upper port place of described inner sleeve end cap is also sleeved on the lower end place of described inner sleeve, the upper port place of described inner sleeve end cap and the lower end shoulder that place establishes of described inner sleeve perisporium near, and formation is connected and fixed, the middle part Air spring support lower interface established of place on described inner sleeve lining bottom surface and stretch out outside centre hole set on inner sleeve end cap bottom surface, the other end of the cable of a described end band connector is electrically connected with the terminals on described motor respectively through through wires hole set on centre hole set on described inner sleeve end cap bottom surface and described inner sleeve lining bottom surface.
Described bearing is thrust bearing.
Described multiple-threaded screw is the screw rod of more than three or three, and described bull swivel nut is the swivel nut of more than three or three, and multiple-threaded screw and bull swivel nut match.
The electronic Air spring support of automotive back door of the present utility model and adopt gas spring support, gas spring is arranged in the middle of multiple-threaded screw, utilize the reducing motor of band two-way Hall effect decoder that bull swivel nut is rotated, realize stretching back and forth to the expansion link of gas spring, thus reach the lifting of baggage container back door, opening and closing function.
The electronic Air spring support tool of automotive back door of the present utility model has the following advantages:
1, the stability of the electronic Air spring support of automotive back door of the present utility model gas spring used is better than steel spring, and not easy fracture.
2, the electronic gas spring of the electronic Air spring support of automotive back door of the present utility model utilizes air pressure to support, and the size of the automotive back door of different automobile types, to vary in weight, electronic gas spring air pressure height, length can adjust according to different vehicles, to reach optimum matching.
3, the electronic Air spring support of automotive back door of the present utility model coordinates from the power after multiple-threaded screw and the combination of bull swivel nut with gas spring, make automotive back door lifting, opening and closing, thus for the serviceability of the electronic Air spring support of automotive back door is greatly enhanced, not only sane but also safe.
4, the electronic Air spring support of automotive back door of the present utility model is rational in infrastructure, and manufacturing cost is low relative to the electronic strut of external automotive back door, and service life also extends, and contributes to penetration and promotion application.
The automotive back door that the electronic Air spring support of automotive back door of the present utility model is suitable for domestic and international various class uses.
Accompanying drawing explanation
Concrete structure of the present utility model is provided by following embodiment and accompanying drawing thereof.
Fig. 1 is the exploded perspective view of the electronic Air spring support of automotive back door of the present utility model.
Fig. 2 is the gas spring schematic diagram of the electronic Air spring support of automotive back door of the present utility model.
Fig. 3 is the bull swivel nut cross-sectional schematic of the electronic Air spring support of automotive back door of the present utility model.
Fig. 4 is the electronic Air spring support schematic diagram of automotive back door of the present utility model.
Detailed description of the invention
Below with reference to accompanying drawing, the electronic Air spring support of automotive back door of the present utility model is described in further detail.
See Fig. 1, Fig. 2, Fig. 3 and Fig. 4, the electronic Air spring support of automotive back door of this utility model comprises electronic Air spring support body.
Described electronic Air spring support body is made up of the cable 16 of interface 3, gas spring 4, multiple-threaded screw 5, bull swivel nut 6, bearing 7, bearing liner sleeve pipe 8, pipe link 9, outer tube 10, rubber seal sleeve pipe 11, inner sleeve 12, motor 13, inner sleeve lining 14, inner sleeve end cap 15 and an end band connector on outer tube end cap 1, outer tube lining 2, Air spring support.
Described outer tube end cap 1 is in rewinding shape, and described outer tube end cap 1 end face is provided with centre hole 101, and described outer tube end cap 1 perisporium is evenly equipped with longitudinal strip impression 102.
Described outer tube lining 2 is in rewinding shape, and described outer tube lining 2 end face is provided with centre hole 201, and described outer tube lining 2 perisporium lower end is provided with a shoulder 202.
On described Air spring support, the upper end of interface 3 is for being spheroid form, and bottom is rhabodoid, and on described gas spring, the lower surface of the bottom for rhabodoid of interface 3 is provided with a tapped central blind hole 301.
On the cylinder upper end face of described gas spring 4, center is provided with a short screw 401, and the lower end place of the expansion link of described gas spring 4 is for being spheroid form.
Described multiple-threaded screw 5 is the multiple-threaded screw of body in a tubular form.Described multiple-threaded screw 5 is the screw rod of more than three or three, and ten screw rods selected in the present embodiment by described multiple-threaded screw 5.
Described bull swivel nut 6 is in cylindrical shape, and on described bull swivel nut 6 outer bottom, center is provided with a boss 601, and described boss 601 center is also extended with a square-shaped connector 602 downwards.Described bull swivel nut 6 is the swivel nut of more than three or three, and described bull swivel nut 6 selects ten swivel nuts in the present embodiment.On the inner bottom surface of described bull swivel nut 6, center is provided with the groove 603 of a spherically shape.
Center on described bearing liner sleeve pipe 8 perisporium is provided with the impression 801 of a shape ringwise.
Described pipe link 9 upper end is for being groove shapes, and on the lower surface of bottom, center is provided with a square-shaped blind hole 901.
Described outer tube 10 perisporium is evenly equipped with longitudinal strip impression 1001, and the end, upper end of described outer tube 10 perisporium is provided with a shoulder 1002.
Described rubber seal sleeve pipe 11 is for having elastomeric rubber seal sleeve pipe.
End, described inner sleeve 12 upper end is provided with the orienting sleeve 1201 its perisporium being evenly equipped with longitudinal strip impression, and the inwall of described inner sleeve 12 bottom is provided with a shoulder 1202, and the lower end place of described inner sleeve 12 perisporium is provided with a shoulder 1203.
Described motor 13 is the reducing motor being with two-way Hall effect decoder, and the forward end of described motor 13 output shaft is square-shaped, and the diameter compatible of described motor 13 external diameter and described inner sleeve 12 bottom closes.
Described inner sleeve lining 14 is in cylindrical shape, described inner sleeve lining 14 perisporium upper end is provided with a shoulder 1401, center on described inner sleeve lining 14 bottom surface is provided with an Air spring support lower interface 1402, its upper end is rhabodoid, bottom, for being spheroid form, described inner sleeve lining 14 bottom surface is also provided with a through wires hole 1403.
Described inner sleeve end cap 15 is for being cylindrical shape, and described inner sleeve end cap 15 bottom surface is provided with centre hole 1501.
Described multiple-threaded screw 5 is sleeved on the cylinder body of gas spring 4, and formation is connected and fixed, described outer tube 10 is sleeved on the outer place of multiple-threaded screw 5 on gas spring 4 cylinder body, described outer tube lining 2, outer tube end cap 1 is in tandem on described gas spring 4 cylinder upper end face on the short screw 401 established of place, middle part successively, described outer tube lining 2 bottom is inserted in described outer tube 10, shoulder set by described outer tube lining 2 perisporium lower end 202 and described outer tube 10 upper port near, described outer tube end cap 1 is sleeved on the outer upper port place being also also sleeved on outer tube 10 of outer tube lining 2, the shoulder 1002 set by end, upper end of described outer tube end cap 1 lower port and described outer tube 10 perisporium near, longitudinal strip impression 102 inner end surface uniform on described outer tube end cap 1 perisporium is formed to rabbet with longitudinal strip impression 1001 uniform on outer tube 10 perisporium simultaneously and is connected, short screw 401 thread connection that on described Air spring support, the bottom for rhabodoid of interface 3 is established through centre hole 201 set on centre hole 101 set on outer tube end cap 1 end face and outer tube lining 2 end face and by place in the middle part of on negative thread and set gas spring 4 cylinder upper end face of central blind hole 301 set on its lower surface, described bull swivel nut 6 is sleeved on outside the expansion link of described gas spring 4, and with described multiple-threaded screw 5 thread connection, the groove 603 of place, the middle part spherically shape of setting and the expansion link of described gas spring 4 for being that the lower end place of spheroid form matches and formed and is slidably connected on the inner bottom surface of described bull swivel nut 6, boss 601 place on described bull swivel nut 6 outer bottom set by middle part and the bearing inner ring of described bearing 7 are connected and fixed, described bearing 7 is thrust bearing, the center of the boss 601 on described bull swivel nut 6 outer bottom set by middle part also downward extended square-shaped connector 602 and described pipe link 9 for being that the upper end of groove shapes matches and formed to rabbet and connects, described bearing liner sleeve pipe 8 is sleeved on the outside race place of described bearing 7 and forms cooperation connection, described rubber seal sleeve pipe 11, inner sleeve 12 is sleeved on pipe link 9 successively, outside bearing liner sleeve pipe 8 and bull swivel nut 6, the upper end of described rubber seal sleeve pipe 11 and the lower end of outer tube 10 are formed and are fixedly connected, the bottom of described rubber seal sleeve pipe 11 and inner sleeve 12 match and merge formation and be slidably connected, described inner sleeve 12 inwall is formed be fixed with impression 801 opposite position of the shape ringwise set by the center on described bearing liner sleeve pipe 8 perisporium, with the outside race of fixing described bearing 7, longitudinal strip impression uniform on orienting sleeve 1201 perisporium set by end, described inner sleeve 12 upper end is formed to coordinate with the inner end surface of longitudinal strip impression 1001 uniform on described outer tube 10 perisporium and is slidably connected, described motor 13 is placed in shoulder 1202 place set on the inwall of described inner sleeve 12 bottom, described motor 13 output shaft for square-shaped forward end place with on the lower surface of pipe link 9 bottom in described inner sleeve 12 in the middle part of the place square-shaped blind hole 901 of establishing formed to rabbet and connect, described inner sleeve lining 14 upper end is inserted in described inner sleeve 12 lower port, shoulder 1401 set by described inner sleeve lining 14 perisporium upper end and described inner sleeve 12 lower port near, described inner sleeve end cap 15 is sleeved on outside described inner sleeve lining 14, the upper port place of described inner sleeve end cap 15 is also sleeved on the lower end place of described inner sleeve 12, the upper port place of described inner sleeve end cap 15 and the lower end shoulder that place establishes 1203 of described inner sleeve 12 perisporium near, and formation is connected and fixed, the middle part Air spring support lower interface 1402 established of place on described inner sleeve lining 14 bottom surface and stretch out outside centre hole 1501 set on inner sleeve end cap 15 bottom surface, the other end of the cable 16 of a described end band connector is electrically connected with the terminals on described motor 13 respectively through through wires hole 1402 set on centre hole 1501 set on described inner sleeve end cap 15 bottom surface and described inner sleeve lining 14 bottom surface.
Claims (3)
1. the electronic Air spring support of automotive back door, it comprises electronic Air spring support body,
It is characterized in that described electronic Air spring support body is by outer tube end cap (1), outer tube lining (2), interface (3) on Air spring support, gas spring (4), multiple-threaded screw (5), bull swivel nut (6), bearing (7), bearing liner sleeve pipe (8), pipe link (9), outer tube (10), rubber seal sleeve pipe (11), inner sleeve (12), motor (13), inner sleeve lining (14), the cable (16) of inner sleeve end cap (15) and an end band connector formed, described outer tube end cap (1) is in rewinding shape, described outer tube end cap (1) end face is provided with centre hole (101), described outer tube end cap (1) perisporium is evenly equipped with longitudinal strip impression (102), described outer tube lining (2) is in rewinding shape, described outer tube lining (2) end face is provided with centre hole (201), described outer tube lining (2) perisporium lower end is provided with a shoulder (202), on described Air spring support, the upper end of interface (3) is for being spheroid form, bottom is rhabodoid, on described gas spring, the lower surface of the bottom for rhabodoid of interface (3) is provided with a tapped central blind hole (301), on the cylinder upper end face of described gas spring (4), center is provided with a short screw (401), the lower end place of the expansion link of described gas spring (4) is for being spheroid form, described multiple-threaded screw (5) is the multiple-threaded screw of body in a tubular form, described bull swivel nut (6) is in cylindrical shape, on described bull swivel nut (6) outer bottom, center is provided with a boss (601), the center of described boss (601) is also extended with a square-shaped connector (602) downwards, on the inner bottom surface of described bull swivel nut (6), center is provided with the groove (603) of a spherically shape, center on described bearing liner sleeve pipe (8) perisporium is provided with the impression (801) of a shape ringwise, described pipe link (9) upper end is for being groove shapes, on the lower surface of bottom, center is provided with a square-shaped blind hole (901), described outer tube (10) perisporium is evenly equipped with longitudinal strip impression (1001), the end, upper end of described outer tube (10) perisporium is provided with a shoulder (1002), described rubber seal sleeve pipe (11) is for having elastomeric rubber seal sleeve pipe, described inner sleeve (12) end, upper end is provided with the orienting sleeve (1201) its perisporium being evenly equipped with longitudinal strip impression, the inwall of described inner sleeve (12) bottom is provided with a shoulder (1202), the lower end place of described inner sleeve (12) perisporium is provided with a shoulder (1203), described motor (13) is the reducing motor of the two-way Hall effect decoder of band, the forward end of described motor (13) output shaft is square-shaped, the external diameter of described motor (13) and the diameter compatible of described inner sleeve (12) bottom close, described inner sleeve lining (14) is in cylindrical shape, described inner sleeve lining (14) perisporium upper end is provided with a shoulder (1401), center on described inner sleeve lining (14) bottom surface is provided with an Air spring support lower interface (1402), its upper end is rhabodoid, bottom is for being spheroid form, described inner sleeve lining (14) bottom surface is also provided with a through wires hole (1403), described inner sleeve end cap (15) is for being cylindrical shape, described inner sleeve end cap (15) bottom surface is provided with centre hole (1501), described multiple-threaded screw (5) is sleeved on the cylinder body of gas spring (4), and formation is connected and fixed, the multiple-threaded screw (5) that described outer tube (10) is sleeved on gas spring (4) cylinder body is located outward, described outer tube lining (2), outer tube end cap (1) is in tandem on described gas spring (4) cylinder upper end face on the short screw (401) established of place, middle part successively, described outer tube lining (2) bottom is inserted in described outer tube (10), shoulder (202) set by described outer tube lining (2) perisporium lower end and described outer tube (10) upper port near, described outer tube end cap (1) is sleeved on outer tube lining (2) and be also sleeved on the upper port place of outer tube (10) outward, the shoulder (1002) set by end, upper end of described outer tube end cap (1) lower port and described outer tube (10) perisporium near, longitudinal strip impression (102) inner end surface uniform on described outer tube end cap (1) perisporium is formed to rabbet with longitudinal strip impression (1001) uniform on outer tube (10) perisporium simultaneously and is connected, short screw (401) thread connection that on described Air spring support, the bottom for rhabodoid of interface (3) is established through centre hole (201) set on centre hole (101) set on outer tube end cap (1) end face and outer tube lining (2) end face and by place in the middle part of on negative thread and set gas spring (4) cylinder upper end face of central blind hole (301) set on its lower surface, described bull swivel nut (6) is sleeved on outside the expansion link of described gas spring (4), and with described multiple-threaded screw (5) thread connection, the groove (603) of spherically shape that on the inner bottom surface of described bull swivel nut (6), place, middle part is set is slidably connected as the lower end place in spheroid form matches and formed with the expansion link of described gas spring (4), boss (601) place on described bull swivel nut (6) outer bottom set by middle part and the bearing inner ring of described bearing (7) are connected and fixed, the center of the boss (601) on described bull swivel nut (6) outer bottom set by middle part also downward extended square-shaped connector (602) and described pipe link (9) for being that the upper end of groove shapes matches and formed to rabbet and connects, described bearing liner sleeve pipe (8) is sleeved on the outside race place of described bearing (7) and forms cooperation connection, described rubber seal sleeve pipe (11), inner sleeve (12) is sleeved on pipe link (9) successively, bearing liner sleeve pipe (8) and bull swivel nut (6) are outward, the upper end of described rubber seal sleeve pipe (11) and the lower end of outer tube (10) are formed and are fixedly connected, the bottom of described rubber seal sleeve pipe (11) and inner sleeve (12) match and merge formation and be slidably connected, described inner sleeve (12) inwall is formed be fixed with impression (801) opposite position of the shape ringwise set by the center on described bearing liner sleeve pipe (8) perisporium, with the outside race of fixing described bearing (7), longitudinal strip impression uniform on orienting sleeve (1201) perisporium set by described inner sleeve (12) end, upper end is formed to coordinate with the inner end surface of longitudinal strip impression (1001) uniform on described outer tube (10) perisporium and is slidably connected, described motor (13) is placed in shoulder (1202) place set on the inwall of described inner sleeve (12) bottom, described motor (13) output shaft for square-shaped forward end place with on the lower surface of pipe link (9) bottom in described inner sleeve (12) in the middle part of the place square-shaped blind hole (901) of establishing formed to rabbet and connect, described inner sleeve lining (14) upper end is inserted in described inner sleeve (12) lower port, shoulder (1401) set by described inner sleeve lining (14) perisporium upper end and described inner sleeve (12) lower port near, described inner sleeve end cap (15) is sleeved on described inner sleeve lining (14) outward, the upper port place of described inner sleeve end cap (15) is also sleeved on the lower end place of described inner sleeve (12), the upper port place of described inner sleeve end cap (15) and the lower end shoulder that place establishes (1203) of described inner sleeve (12) perisporium near, and formation is connected and fixed, the middle part Air spring support lower interface (1402) established of place on described inner sleeve lining (14) bottom surface and stretch out centre hole (1501) set on inner sleeve end cap (15) bottom surface outward, the other end of the cable (16) of a described end band connector is electrically connected with the terminals on motor (13) respectively through through wires hole (1402) set on centre hole (1501) set on described inner sleeve end cap (15) bottom surface and described inner sleeve lining (14) bottom surface.
2. the electronic Air spring support of automotive back door according to claim 1, is characterized in that described bearing (7) is thrust bearing.
3. the electronic Air spring support of automotive back door according to claim 1, it is characterized in that described multiple-threaded screw (5) is the screw rod of more than three or three, described bull swivel nut (6) is the swivel nut of more than three or three, and multiple-threaded screw and bull swivel nut match.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520534231.0U CN204821070U (en) | 2015-07-22 | 2015-07-22 | Electronic air spring vaulting pole of car back door |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520534231.0U CN204821070U (en) | 2015-07-22 | 2015-07-22 | Electronic air spring vaulting pole of car back door |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204821070U true CN204821070U (en) | 2015-12-02 |
Family
ID=54678702
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520534231.0U Active CN204821070U (en) | 2015-07-22 | 2015-07-22 | Electronic air spring vaulting pole of car back door |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204821070U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105275301A (en) * | 2015-07-22 | 2016-01-27 | 上海蒙芭蒂实业有限公司 | Electric gas spring support rod for automobile back door |
| CN107366706A (en) * | 2017-06-19 | 2017-11-21 | 宁波力减震器有限公司 | Electronic gas spring |
-
2015
- 2015-07-22 CN CN201520534231.0U patent/CN204821070U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105275301A (en) * | 2015-07-22 | 2016-01-27 | 上海蒙芭蒂实业有限公司 | Electric gas spring support rod for automobile back door |
| CN105275301B (en) * | 2015-07-22 | 2016-12-07 | 上海蒙芭蒂实业有限公司 | Electric gas spring support rod for automobile back door |
| CN107366706A (en) * | 2017-06-19 | 2017-11-21 | 宁波力减震器有限公司 | Electronic gas spring |
| CN107366706B (en) * | 2017-06-19 | 2019-03-29 | 宁波一力减震器有限公司 | Electronic gas spring |
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