CN102452306A - Automobile-mounted invisible full-automatic retractable remotely-controlled cover - Google Patents
Automobile-mounted invisible full-automatic retractable remotely-controlled cover Download PDFInfo
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- CN102452306A CN102452306A CN2010105404037A CN201010540403A CN102452306A CN 102452306 A CN102452306 A CN 102452306A CN 2010105404037 A CN2010105404037 A CN 2010105404037A CN 201010540403 A CN201010540403 A CN 201010540403A CN 102452306 A CN102452306 A CN 102452306A
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- 230000007306 turnover Effects 0.000 claims description 13
- 239000000428 dust Substances 0.000 abstract description 3
- 238000011109 contamination Methods 0.000 abstract 1
- 230000001681 protective effect Effects 0.000 description 9
- 230000000694 effects Effects 0.000 description 4
- 239000004922 lacquer Substances 0.000 description 3
- 238000010422 painting Methods 0.000 description 3
- 238000007664 blowing Methods 0.000 description 2
- 239000000463 material Substances 0.000 description 2
- 238000011084 recovery Methods 0.000 description 2
- 241000127225 Enceliopsis nudicaulis Species 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000007774 longterm Effects 0.000 description 1
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- 230000001095 motoneuron effect Effects 0.000 description 1
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Abstract
The invention relates to an automobile-mounted invisible full-automatic retractable remotely-controlled cover which is arranged in the rear bumper of an automobile. The inner bottom of the rear bumper of the automobile is provided with a motor and a gear; slide ways are arranged in the rear bumper of the automobile on two sides; slide plates are arranged in the slide ways; the back surfaces of the slide plates are provided with motors; left auxiliary plates and right auxiliary plates are arranged on the slide plates; the back surfaces of the left auxiliary plates and the right auxiliary plates are provided with racks respectively; U-shaped supports are arranged on the left auxiliary plates and the right auxiliary plates respectively; the middle parts of the U-shaped supports are provided with main supporting rods respectively; auxiliary supporting rods are arranged on the main supporting rods; the rear ends of the U-shaped supports are provided with motors; the tail ends of the supporting rods are provided with motors respectively; retractable pull rods are arranged in the supporting rods; the rear ends of the auxiliary plates are provided with two backward-turning supporting rods; a main supporting rod fixing device is arranged in the front bumper of the automobile; a piece of tarpaulin is connected with the main supporting rods and the two backward-turning supporting rods through clamping rings; and the eleventh motor is provided with a micro remote-control signal receiving device. The automobile-mounted invisible full-automatic retractable remotely-controlled cover disclosed by the invention is convenient to use, can be remotely controlled and can protect the automobile against sun, dust, rain and snow damage or contamination.
Description
Technical field
The present invention relates to the full-automatic remote-controlled retractable vehicle closure assembly of a kind of automobile mounted stealth, relate to the flexible in-vehicle automobile protective device of a kind of remote-controlled control specifically, belong to automobile appurtenance field.
Background technology
Existing protective cover for automobile (device) is divided into two big types basically, and first kind is the simple and easy garage that inside has metallic support rod, and second kind is the automobile protective overcoat made from canvas or rainproof material; Inside has the simple and easy garage of metallic support rod, because its in-to-in metallic support rod is heavier, volume is bigger, can not fold, and can only be fixed on the parking stall of sub-district, and automobile can not carry, and uses very inconvenient.Second kind is the automobile protective overcoat made from canvas or rainproof material, though automobile can carry with car because protective coat is heavy especially; In use, need the user in automobile trunk, to take out, need another person to help generally speaking; Just can accomplish the covering to automobile smoothly, so not only lose time, it is very loaded down with trivial details to operate; And in the process that covers automobile, be easy to the lacquer painting of automobile case is scratched, so; A lot of car owners would rather be exposed to the sun automobile under daylight or let and drench with rain, and also are unwilling to use the automobile protective overcoat.
My disclosed patent [patent No.: 200920003018.1; Patent name is: automobile mounted Remote Control Automatic flexible protective device]; The type of drive that this device is arranged on the left subplate in the automobile rear bumper, right subplate is to adopt two motors to carry out left and right driving; Space in the shared rear bumper of this type of drive is bigger, is difficult for implementing, and two motors also can consume more electric energy; In addition; Because this device lacks the pole that can upwards support tarpaulin, tarpaulin meeting direct contact is to the car body top, and is very close to each other between car body top and the tarpaulin; When stronger sunray direct irradiation is on tarpaulin; The temperature that it produced directly conduction is given car body, increases the temperature in the operator's compartment, and long-term like this being exposed to the sun can influence the service life of automotive interior plastic components and circuit.
Summary of the invention
The objective of the invention is provides a kind of automobile mounted stealth full-automatic remote-controlled retractable vehicle closure assembly in order to address the above problem; This device is mounted in the automobile rear bumper; In the front bumper of automobile, be provided with tarpaulin strut fixation device; Whole device is hidden to be installed in the forward and backward bumper/spoiler of automobile, does not change the monnolithic case and other built-in function of automobile; This device is arranged on left subplate, the right subplate in the automobile rear bumper, and its type of drive is to adopt a motor to carry out left and right driving, has saved the space in the rear bumper, has reduced power consumption simultaneously; This device has increased the pole that can upwards support tarpaulin, has certain interval between car body top and the tarpaulin like this, can prevent that the high temperature that sun direct projection is produced from conducting to car body.During use, can the protective device in the rear bumper be opened through remote controller, protective device can cover the automobile overcoat on the car body simultaneously, plays the effect of protection car body; This device is easy to use, act freely, save time, can carry out remote control control during covering body, avoid tarpaulin tarpaulin when covering body that the car body lacquer painting is scratched, and the protection car do not receive the damage or the pollution of Exposure to Sunlight, dust, sleet.
In order to achieve the above object, the present invention realizes through following technological means:
The full-automatic remote-controlled retractable vehicle closure assembly of a kind of automobile mounted stealth; This device is arranged in the automobile rear bumper; It is characterized in that: the bottom in rear bumper is provided with the 17 motor; The 17 motor is fixed on the bottom of rear bumper with fixed mount, and the 8th links to each other with the 17 motor, is provided with the 9th gear at the 8th middle part; Bottom in rear bumper is provided with the 7th, and the 7th is fixedly mounted on the bottom of rear bumper casing through fixed mount, and the 7th is provided with the 6th gear, the 7th gear, octadentate wheel, and the 7th gear is meshed with the 9th gear of its lower end; Both sides in rear bumper are respectively arranged with left slideway and right slideway; Slide plate is inserted in the rear bumper through left slideway and right slideway; Be provided with the 5th tooth bar and the 6th tooth bar at the back side of slide plate, the 5th tooth bar, the 6th tooth bar are meshed with octadentate wheel, the 6th gear respectively; Chute and back chute were provided with left subplate at the left end of slide plate before slide plate was provided with, and were provided with right subplate at the right-hand member of slide plate, and left subplate and right subplate are installed in back chute and the preceding chute; Be provided with left subplate teeth in the inboard of left subplate; Be provided with right subplate teeth in the inboard of right subplate; First gear is meshed with left subplate teeth, right subplate teeth, is provided with the 18 motor at the back side of slide plate, and first gear links to each other with the axle of the 18 motor; Left subplate is provided with the second U-shaped support, in left subplate right side central, is provided with twelve-motor, and the second U-shaped support is fixed on the left subplate through the 6th, and the 6th right-hand member links to each other with twelve-motor; Be provided with tarpaulin left side main strut at the middle part of the second U-shaped support, be provided with the 8th motor in the rear end of the second U-shaped support, tarpaulin left side main strut is fixed on the second U-shaped support through the 4th, and the 4th links to each other with the 8th motor; The tail end of main strut is provided with the tenth motor in the tarpaulin left side, and the set inside of main strut has scalable pull bar in the tarpaulin left side, and every joint pull bar is provided with left snap ring; The secondary pole in tarpaulin left side is installed on the afterbody of tarpaulin left side main strut; The secondary pole in tarpaulin left side is provided with scalable pull bar; The tail end of the secondary pole in tarpaulin left side is provided with the 7th motor; The secondary pole in tarpaulin left side is fixed on the left of the tarpaulin on the main strut with the second U-shaped fixed mount through the 5th, and the 5th links to each other with the 11 motor; Left side, rear end at left subplate is provided with left back pole and the 9th motor of turning over, and the left back pole tail end that turns over links to each other with the axle of the 9th motor; Right subplate is provided with the first U-shaped support, is provided with first motor in right subplate front end left side, and the first U-shaped support is fixed on the right subplate through second, and second left end links to each other with first motor; Be provided with tarpaulin right side main strut in the first U-shaped mid-stent, be provided with the 5th motor in the rear end of the first U-shaped support, tarpaulin right side main strut is fixed on the first U-shaped support through third axle, and the rear end of third axle links to each other with the 5th motor; The tail end of main strut is provided with the 3rd motor on the tarpaulin right side, and the set inside of main strut has scalable pull bar on the tarpaulin right side, is provided with right snap ring in the end of every joint pull bar; The secondary pole in tarpaulin right side is installed on the afterbody of tarpaulin right side main strut; The secondary pole in tarpaulin right side is provided with scalable pull bar; The tail end of the secondary pole in tarpaulin right side is provided with the 4th motor; The secondary pole in tarpaulin right side is fixed on the main strut of tarpaulin right side through the primary shaft and the first U-shaped fixed mount, and primary shaft links to each other with second motor; Be provided with right back pole and the 6th motor of turning on the right side, rear end of right subplate, the right back pole tail end that turns over links to each other with the axle of the 6th motor; Be provided with the 3rd tooth bar in the front bumper inside left; The 3rd tooth bar is fixed on the front bumper bottom through left fixed block, and the upper end of the 3rd tooth bar is provided with the 4th tooth bar, and the left end of the 4th tooth bar is provided with second groove; In left fixed block set inside the 5th gear and second gear are arranged; The 5th gear links to each other with the axle of the 16 motor, and the 5th gear is meshed with the 3rd tooth bar, and second gear links to each other with the axle of 13 motors; Second gear is meshed with the 4th tooth bar, and left backplate links to each other with the left end of the 3rd tooth bar; Be provided with second tooth bar in the front bumper inner right side; Second tooth bar is fixed on the front bumper bottom through right fixed block, and the upper end of second tooth bar is provided with first tooth bar, and the right-hand member of first tooth bar is provided with first groove; In right fixed block set inside the 4th gear and the 3rd gear are arranged; The 4th gear links to each other with the axle of the 15 motor, and the 4th gear is meshed with second tooth bar, and the 3rd gear links to each other with the axle of the 14 motor; The 3rd gear is meshed with first tooth bar, and right backplate links to each other with the right-hand member of second tooth bar; The front portion of tarpaulin is connected on tarpaulin left side main strut and the tarpaulin right side main strut through left snap ring and right snap ring, and the rear portion of tarpaulin is fixed on left back turn over pole and right back turning on the pole through snap ring.
Be respectively arranged with limit controller and relay on described first motor, second motor, the 3rd motor, the 4th motor, the 5th motor, the 6th motor, the 7th motor, the 8th motor, the 9th motor, the tenth motor, the 11 motor, twelve-motor, the 13 motor, the 14 motor, the 15 motor, the 16 motor, the 17 motor, the 18 motor, the 17 motor is provided with miniature remote controlled signal receiving device.
Principle of work:
The full-automatic remote-controlled retractable vehicle closure assembly of this automobile mounted stealth is controlled through remote controller when opening and using, and starts the 17 motor in the rear bumper; The 17 motor drives the 9th gear and rotates when rotating; Can rotate synchronously with the 7th gear of the 9th gear mesh, at this moment, the 6th gear and the octadentate wheel that are installed in the 7th two ends begin to rotate; At this moment, the 6th gear, octadentate wheel are released slide plate through the 6th tooth bar and the 5th tooth bar that are meshed with it in rear bumper.
After the 18 motor begins to start; The 18 driven by motor first gear rotates; At this moment; A left side subplate, right subplate link through the generation of left subplate teeth, right subplate teeth and first gear, make the release of sliding to the left of left subplate, make the release [left subplate, right subplate through preceding chute, afterwards chute slides] of sliding to the right of right subplate simultaneously.
After the 9th motor and the 6th motor began to start, the 9th motor and the 6th motor drove simultaneously and left backly turn over pole and right back and turn over pole rotating backward, and like this, the car cover that is arranged on the slide plate rear portion partly can all cover the rear end of slide plate.
After the 8th motor and the 5th motor begin to start; The 8th motor and the 5th motor rotate the back together with the time drive the 4th respectively and rotate with third axle; At this moment, tarpaulin left side main strut that is connected with the 4th, third axle and tarpaulin right side main strut respectively under the 8th motor and the 5th motor effect, change erectility into by flat condition simultaneously; At this moment, the secondary pole in tarpaulin secondary pole in left side and tarpaulin right side is also changed erectility into by flat condition simultaneously.(seeing Fig. 1, Fig. 2).
After twelve-motor and first motor begin to start; After rotating, twelve-motor and first motor can drive rotating of the 6th and second simultaneously respectively; At this moment, the second U-shaped support and the first U-shaped support that are separately fixed on the 6th and second transfer the erectility (see figure 3) to by flat condition.
After the tenth motor and the 3rd motor that is arranged on tarpaulin left side main strut, main strut rear end, tarpaulin right side is activated; Driving action through the tenth motor and the 3rd motor; Respectively the expansion link in tarpaulin left side main strut and the tarpaulin right side main strut is outwards released simultaneously, this moment, tarpaulin left side main strut was in the state (see figure 3) parallel with car body with tarpaulin right side main strut; The tarpaulin that links together through main strut and tarpaulin right side main strut on the left of left snap ring and right snap ring and the tarpaulin so promptly is coated on the car body (sees Fig. 3, Fig. 8).
Behind the 11 motor and second electric motor starting; The 5th with primary shaft respectively under the driving of the 11 motor and second motor the rotation (see figure 3); At this moment; The secondary pole in secondary pole in left side and tarpaulin right side is upward movement simultaneously, and like this, the secondary pole in left side can be separated the back with tarpaulin left side main strut respectively with the secondary pole in tarpaulin right side and produced certain angle with tarpaulin right side main strut.
Behind the 7th motor and the 4th electric motor starting; Driving action through the 7th motor and the 4th motor; Respectively the expansion link in the secondary pole of tarpaulin secondary pole in left side and tarpaulin right side is outwards released simultaneously, like this, the secondary pole in tarpaulin secondary pole in left side and tarpaulin right side can be propped up the middle part of tarpaulin; Make tarpaulin and car body produce certain clearance, thereby play heat-insulating effect.
The 18 electric motor starting is controlled left subplate, right subplate and is slided when releasing to the left and right sides respectively; The 16 motor and the 15 motor that are arranged in the front bumper are activated the back (see figure 4); The 16 motor and the 15 motor drive the 5th gear simultaneously respectively and the 4th gear rotates; The 5th gear and the 4th gear drive the 3rd tooth bar and second tooth bar respectively and slide to the left and right sides and shift out; At this moment, the pull bar of having placed the top of the tarpaulin left side main strut that gets off promptly is on the 3rd tooth bar left end, and the pull bar on main strut top, tarpaulin right side is on the second tooth bar right-hand member.
After starting the 13 motor and the 14 motor; The 13 motor and the 14 motor can drive second gear respectively and the 3rd gear rotates; Second gear and the 3rd gear drive the 4th tooth bar and first tooth bar respectively and slide to the left and right sides and shift out, and at this moment, the pull bar on the top of tarpaulin left side main strut just in time is stuck in second groove of the 4th tooth bar left end; The pull bar on the top of tarpaulin right side main strut is stuck in first groove of the first tooth bar right-hand member; Like this, when blowing, be unlikely to tarpaulin blown and start.
When the needs withdrawal covers the tarpaulin on the car body; As long as the car owner presses and reclaims button on the remote controller; Vehicle cover device promptly can carry out the reverse operating operation according to above-mentioned covering step, like this, and through tarpaulin left side main strut and tarpaulin right side main strut; Left backly turn over the recovery action that pole and right back is turned over pole, can automatically tarpaulin be recovered in the rear bumper.
The invention has the beneficial effects as follows:
1, in the hidden forward and backward bumper/spoiler that is installed in automobile of this device, do not change the monnolithic case and other built-in function of automobile;
2, this device is arranged on left subplate, the right subplate in the automobile rear bumper, and its type of drive is to adopt a motor to carry out left and right driving, has saved the space in the rear bumper, has reduced power consumption simultaneously;
3, this device has increased the pole that can upwards support tarpaulin, has certain interval between car body top and the tarpaulin like this, can prevent that the high temperature that sun direct projection is produced from conducting to car body;
4, this device easy to use, act freely, save time, can carry out during covering body remote control control, avoid tarpaulin tarpaulin when covering body that the car body lacquer painting is scratched, and the protection car does not receive the damage or the pollution of Exposure to Sunlight, dust, sleet.
Description of drawings
Below in conjunction with the accompanying drawing and the specific embodiment the present invention is done further explain.
The inner structure scheme drawing of accompanying drawing 1 after to be the full-automatic remote-controlled retractable vehicle closure assembly of the automobile mounted stealth of the present invention be pushed out in the rear bumper;
Accompanying drawing 2 is the view after tarpaulin right side pole and the tarpaulin left side pole on the full-automatic remote-controlled retractable vehicle closure assembly of the automobile mounted stealth of the present invention is holded up;
Accompanying drawing 3 is after tarpaulin right side pole and the tarpaulin left side pole in-to-in telescopic lever on the full-automatic remote-controlled retractable vehicle closure assembly of the automobile mounted stealth of the present invention is released by motor, carries out the structural representation of covering body state;
Accompanying drawing 4 is structural representations (perspective view) that the full-automatic remote-controlled retractable vehicle closure assembly of the automobile mounted stealth of the present invention wherein is arranged on the tarpaulin strut fixation device in the automobile front beam;
Accompanying drawing 5 is that the full-automatic remote-controlled retractable vehicle closure assembly of the automobile mounted stealth of the present invention wherein is arranged on the structural representation (perspective view) after the interior tarpaulin strut fixation device of automobile front beam is opened;
Accompanying drawing 6 is be meshed with octadentate wheel 62 perspective view of state of the 9th set gear 64 of the bottom of its middle slide plate of the full-automatic remote-controlled retractable vehicle closure assembly of the automobile mounted stealth of the present invention, the 6th gear 59, the 7th gear 61;
Accompanying drawing 7 is the structural representations at the slide plate back side of the full-automatic remote-controlled retractable vehicle closure assembly of the automobile mounted stealth of the present invention;
Accompanying drawing 8 is after the full-automatic remote-controlled retractable vehicle closure assembly of the automobile mounted stealth of the present invention is opened fully, the running condition scheme drawing after tarpaulin covers car body.
As shown in the figure, the Arabic number among the figure are represented as follows:
1. left subplate; 2. first gear; 3. rear bumper; 4. slide plate; 5. preceding chute; 6. right subplate; 7. first motor; 8. the first U-shaped support; 9. second motor; 10. primary shaft; 11. the first U-shaped fixed mount; 12. second; 13. the 3rd motor; 14. the 4th motor; 15. third axle; 16. the secondary pole in tarpaulin right side; 17. the 5th motor; 18. right backly turn over pole; 19. the 6th motor; 20. tarpaulin right side main strut; 21. right subplate teeth; 22. right snap ring; 23. back chute; 24. left snap ring; 25. tarpaulin left side main strut; 26. the secondary pole in tarpaulin left side; 27. the 7th motor; 28. the 8th motor; 29. the 9th motor; 30. left backly turn over pole; 31. the tenth motor; 32. the 4th; 33. the 5th; 34. the 11 motor; 35. the second U-shaped fixed mount; 36. the second U-shaped support; 37. the 6th; 38. twelve-motor; 39. left subplate teeth; 40. left backplate; 41. second gear; 42. the 13 motor; 43. left fixed block; 44. front bumper; 45. the 3rd gear; 46. the 14 motor; 47. right fixed block; 48. right backplate; 49. first groove; 50. first tooth bar; 51. the 4th gear; 52. the 15 motor; 53. second tooth bar; 54. the 3rd tooth bar; 55. the 5th gear; 56. the 16 motor; 57. the 4th tooth bar; 58. second groove; 59. the 6th gear; 60. the 7th; 61. the 7th gear; 62. octadentate wheel; 63. right slideway; 64. the 9th gear; 65. the 8th; 66. the 17 motor; 67. left slideway; 68. the 5th tooth bar; 69. the 18 motor; 70. the 6th tooth bar; 71. tarpaulin.
The specific embodiment
Embodiment
As shown in Figure 6; The full-automatic remote-controlled retractable vehicle closure assembly of a kind of automobile mounted stealth; This device is arranged in the automobile rear bumper, and the bottom in rear bumper 3 is provided with the bottom that the 17 motor 66, the 17 motor 66 usefulness fixed mounts are fixed on rear bumper; Link to each other with the 17 motor 66 for the 8th 65, be provided with the 9th gear 64 at the 8th 65 middle part; Bottom in rear bumper 3 is provided with the 7th 60; The 7th 60 bottom that is fixedly mounted on rear bumper 3 casings through fixed mount; Being provided with the 6th gear 59, the 7th gear 61, octadentate wheel 62, the seven gears 61 for the 7th 60 is meshed with the 9th gear 64 of its lower end; Both sides in rear bumper 3 are respectively arranged with left slideway 67 and right slideway 63; Slide plate 4 is inserted in the rear bumper 3 through left slideway 67 and right slideway 63;
Like Fig. 6, shown in Figure 7, be provided with the 5th tooth bar 68 and the 6th tooth bar 70, the five tooth bars 68, the 6th tooth bar 70 at the back side of slide plate 4 and be meshed with octadentate wheel the 62, the 6th gear 59 respectively;
Like Fig. 1, shown in Figure 7, chute 5 and back chute 23 before slide plate 4 is provided with are provided with left subplate 1 at the left end of slide plate 4, are provided with right subplate 6 at the right-hand member of slide plate 4, and left subplate 1 and right subplate 6 are installed in back chute 23 and the preceding chute 5; Be provided with left subplate teeth 39 in the inboard of left subplate 1; Be provided with right subplate teeth 21 in the inboard of right subplate 6; First gear 2 is meshed with left subplate teeth 39, right subplate teeth 21, is provided with the 18 motor 69, the first gears 2 at the back side of slide plate 4 and links to each other with the axle of the 18 motor 69;
As shown in Figure 1, left subplate 1 is provided with the second U-shaped support 36, in left subplate 1 right side central, is provided with twelve-motor 38, the second U-shaped supports 36 and is fixed on the left subplate 1 through the 6th 37, and the 6th 37 right-hand member links to each other with twelve-motor 38; Be provided with tarpaulin left side main strut 25 at the middle part of the second U-shaped support 36, be provided with the 8th motor 28 in the rear end of the second U-shaped support 36, tarpaulin left side main strut 25 is fixed on the second U-shaped support 36 through the 4th 32, and the 4th 32 links to each other with the 8th motor 28; The tail end of main strut 25 is provided with the tenth motor 31 in the tarpaulin left side, and the set inside of main strut 25 has scalable pull bar in the tarpaulin left side, and every joint pull bar is provided with left snap ring 24; The secondary pole 26 in tarpaulin left side is installed on the afterbody of tarpaulin left side main strut 25; The secondary pole 26 in tarpaulin left side is provided with scalable pull bar; The tail end of the secondary pole 26 in tarpaulin left side is provided with the 7th motor 27; The secondary pole 26 in tarpaulin left side is fixed on the left of the tarpaulin on the main strut 25 through the 5th 33 and second U-shaped fixed mount 35, and the 5th 33 links to each other with the 11 motor 34; Left side, rear end at left subplate 1 is provided with left back pole 30 and the 9th motor 29 of turning over, and left back pole 30 tail ends that turn over link to each other with the axle of the 9th motor 29;
As shown in Figure 1, right subplate 6 is provided with the first U-shaped support 8, is provided with first motor, 7, the first U-shaped supports 8 in right subplate 6 front ends left side and is fixed on through second 12 on the right subplate 6, and second 12 left end links to each other with first motor 7; Be provided with tarpaulin right side main strut 20 at the first U-shaped support, 8 middle parts, be provided with the 5th motor 17 in the rear end of the first U-shaped support 8, tarpaulin right side main strut 20 is fixed on the first U-shaped support 8 through third axle 15, and the rear end of third axle 15 links to each other with the 5th motor 17; The tail end of main strut 20 is provided with the 3rd motor 13 on the tarpaulin right side, and the set inside of main strut 20 has scalable pull bar on the tarpaulin right side, is provided with right snap ring 22 in the end of every joint pull bar; The secondary pole 16 in tarpaulin right side is installed on the afterbody of tarpaulin right side main strut 20; The secondary pole 16 in tarpaulin right side is provided with scalable pull bar; The tail end of the secondary pole 16 in tarpaulin right side is provided with the 4th motor 14; The secondary pole 16 in tarpaulin right side is fixed on the tarpaulin right side main strut 20 through the primary shaft 10 and the first U-shaped fixed mount 11, and primary shaft 10 links to each other with second motor 9; Be provided with right back pole 18 and the 6th motor 19 of turning on the right side, rear end of right subplate 6, right back pole 18 tail ends that turn over link to each other with the axle of the 6th motor 19;
Like Fig. 4, shown in Figure 5, be provided with the 3rd tooth bar 54, the three tooth bars 54 in front bumper 44 inside left and be fixed on front bumper 44 bottoms through left fixed block 43; The upper end of the 3rd tooth bar 54 is provided with the 4th tooth bar 57; The left end of the 4th tooth bar 57 is provided with second groove 58, has the 5th gear 55 and second gear, 41, the five gears 55 to link to each other with the axle of the 16 motor 56 in left fixed block 43 set inside; The 5th gear 55 is meshed with the 3rd tooth bar 54; Second gear 41 links to each other with the axle of 13 motors 42, and second gear 41 is meshed with the 4th tooth bar 57, and left backplate 40 links to each other with the left end of the 3rd tooth bar 54; Be provided with second tooth bar 53 in front bumper 44 inner right side; Second tooth bar 53 is fixed on front bumper 44 bottoms through right fixed block 47, and the right-hand member that the upper end of second tooth bar 53 is provided with first tooth bar, 50, the first tooth bars 50 is provided with first groove 49; In right fixed block 47 set inside the 4th gear 51 and the 3rd gear 45 are arranged; The 4th gear 51 links to each other with the axle of the 15 motor 52, and the 4th gear 51 is meshed with second tooth bar 53, and the 3rd gear 45 links to each other with the axle of the 14 motor 46; The 3rd gear 45 is meshed with first tooth bar 50, and the right-hand member of right backplate 48 second tooth bars 53 links to each other;
Like Fig. 1, Fig. 3, shown in Figure 8, the front portion of tarpaulin 71 is connected on tarpaulin left side main strut 25 and the tarpaulin right side main strut 20 through left snap ring 24 and right snap ring 22, and the rear portion of tarpaulin 71 is fixed on left back turn over pole 30 and right back turning on the pole 18 through snap ring.
Like Fig. 1, Fig. 4, Fig. 6, shown in Figure 7; Be respectively arranged with limit controller and relay on described first motor 7, second motor 9, the 3rd motor 13, the 4th motor 14, the 5th motor 17, the 6th motor 19, the 7th motor 27, the 8th motor 28, the 9th motor 29, the tenth motor the 31, the 11 motor 34, twelve-motor the 38, the 13 motor the 42, the 14 motor the 46, the 15 motor the 52, the 16 motor the 56, the 17 motor the 66, the 18 motor 69, the 17 motor 66 is provided with miniature remote controlled signal receiving device.
Like Fig. 1, Fig. 2, Fig. 6, shown in Figure 7; The full-automatic remote-controlled retractable vehicle closure assembly of this automobile mounted stealth is controlled through remote controller when opening and using, and starts the 17 motor 66 in the rear bumper 3; The 17 motor 66 drives the 9th gear 64 and rotates when rotating; Can rotate synchronously with the 9th gear 64 ingears the 7th gear 61, at this moment, the 6th gear 59 and the octadentate wheel 62 that are installed in the 7th 60 two ends begin to rotate; At this moment, the 6th gear 59, octadentate wheel 62 are released slide plate 4 through the 6th tooth bar 70 and the 5th tooth bar 68 that are meshed with it in rear bumper 3.
Like Fig. 1, Fig. 2, Fig. 6, shown in Figure 7; After the 18 motor 69 begins to start; The 18 motor 69 drives first gear 2 and rotates, and at this moment, left subplate 1, right subplate 6 link through the generation of left subplate teeth 39, right subplate teeth 21 and first gear 2; Make the release of sliding to the left of left subplate 1, make the release [left subplate 1, right subplate 6 slide through preceding chute 5, back chute 23] of sliding to the right of right subplate 6 simultaneously.
Like Fig. 1, Fig. 2, shown in Figure 3; After the 9th motor 29 and the 6th motor 19 begin to start; The 9th motor 29 and the 6th motor 19 drive simultaneously and left backly turn over pole 30 and turn over pole 18 and rotate backward with right back, and like this, the car cover that is arranged on slide plate 4 rear portions partly can all cover the rear end of slide plate 4.
Like Fig. 1, shown in Figure 2; After the 8th motor 28 and the 5th motor 17 begin to start; The 8th motor 28 and the 5th motor 17 rotate the back together with the time drive the 4th 32 respectively and third axle 15 rotates; At this moment, tarpaulin left side main strut 25 that is connected with the 4th 32, third axle 15 and tarpaulin right side main strut 20 respectively under the 8th motor 28 and 17 effects of the 5th motor, change erectility into by flat condition simultaneously; At this moment, the secondary pole 26 in tarpaulin left side is also changed erectility into by flat condition simultaneously with the secondary pole 16 in tarpaulin right side.
As shown in Figure 3; After twelve-motor 38 and first motor 7 begin to start; After rotating, the twelve-motor 38 and first motor 7 can drive the 6th 37 and second 12 rotate simultaneously respectively; At this moment, the second U-shaped support 36 and the first U-shaped support 8 that are separately fixed on the 6th 37 and second 12 transfer erectility to by flat condition.
Like Fig. 1, Fig. 2, Fig. 3, shown in Figure 8; After the tenth motor 31 and the 3rd motor 13 that is arranged on tarpaulin left side main strut 25, main strut 20 rear ends, tarpaulin right side is activated; Driving action through the tenth motor 31 and the 3rd motor 13; Respectively tarpaulin left side main strut 25 is outwards released with the expansion link in the tarpaulin right side main strut 20 simultaneously, this moment, tarpaulin left side main strut 25 was in the state parallel with car body with tarpaulin right side main strut 20; Promptly be coated on the car body with the tarpaulin 71 that tarpaulin right side main strut 20 links together through left snap ring 24 and right snap ring 22 and tarpaulin left side main strut 25 like this.
Like Fig. 1, Fig. 2, Fig. 3, shown in Figure 8; After the 11 motor 34 and 9 startups of second motor; Under the driving of the 11 motor 34 and second motor 9, rotate (see figure 3) respectively with primary shaft 10 for the 5th 33, at this moment, secondary pole 26 in left side and upward movement of secondary 16 meeting while of pole of tarpaulin right side; Like this, the secondary pole 26 in left side can produce certain angle respectively with after tarpaulin left side main strut 25 separate with tarpaulin right side main strut 20 with the secondary pole 16 in tarpaulin right side.
Like Fig. 1, Fig. 2, Fig. 3, shown in Figure 8; After the 7th motor 27 and 14 startups of the 4th motor,, respectively secondary pole 26 in tarpaulin left side and the expansion link in the secondary pole 16 in tarpaulin right side are outwards released simultaneously through the driving action of the 7th motor 27 and the 4th motor 14; Like this; The secondary pole 26 in tarpaulin left side can be propped up the middle part of tarpaulin 71 with the secondary pole 16 in tarpaulin right side, makes tarpaulin 71 and car body produce certain clearance, thereby plays heat-insulating effect.
Like Fig. 1, Fig. 2, Fig. 4, shown in Figure 5; The 18 motor 69 start-up control left side subplate 1, right subplate 6 slide when releasing respectively to the left and right sides; After being arranged on the 16 motor 56 and the 15 motor 52 in the front bumper 44 and being activated; The 16 motor 56 and the 15 motor 52 drive the 5th gear 55 simultaneously respectively and the 4th gear 51 rotates; The 5th gear 55 and the 4th gear 51 drive the 3rd tooth bar 54 and second tooth bar 53 respectively and slide to the left and right sides and shift out; At this moment, the pull bar of having placed the top of the tarpaulin left side main strut 25 that gets off promptly is on the 3rd tooth bar 54 left ends, and the pull bar on main strut 20 tops, tarpaulin right side is on second tooth bar, 53 right-hand members.
Like Fig. 1, Fig. 2, Fig. 4, shown in Figure 5; After starting the 13 motor 42 and the 14 motor 46, the 13 motor 42 and the 14 motor 46 can drive second gear 41 and 45 rotations of the 3rd gear respectively, and second gear 41 and the 3rd gear 45 drive the 4th tooth bar 57 and first tooth bar 50 respectively and slide to the left and right sides and shift out; At this moment; The pull bar on the top of tarpaulin left side main strut 25 just in time is stuck in second groove 58 of the 4th tooth bar 57 left ends, and the pull bar on the top of tarpaulin right side main strut 20 is stuck in first groove 49 of first tooth bar, 50 right-hand members, like this; When blowing, be unlikely to tarpaulin blown and start.
Like Fig. 1, Fig. 3, shown in Figure 8; When the needs withdrawal covers the tarpaulin on the car body, as long as pressing, the car owner reclaims button on the remote controller, Vehicle cover device promptly can carry out the reverse operating operation according to above-mentioned covering step; Like this; Through tarpaulin left side main strut 25 and tarpaulin right side main strut 20, left backly turn over pole 30 and right back recovery action of turning over pole 18, can automatically tarpaulin 71 be recovered in the rear bumper 3.
Claims (2)
1. full-automatic remote-controlled retractable vehicle closure assembly of automobile mounted stealth; This device is arranged in the automobile rear bumper; It is characterized in that: the bottom in rear bumper (3) is provided with the 17 motor (66); The 17 motor (66) is fixed on the bottom of rear bumper with fixed mount, and the 8th (65) link to each other with the 17 motor (66), are provided with the 9th gear (64) at the middle part of the 8th (65); Bottom in rear bumper (3) is provided with the 7th (60); The 7th (60) are fixedly mounted on the bottom of rear bumper (3) casing through fixed mount; The 7th (60) are provided with the 6th gear (59), the 7th gear (61), octadentate wheel (62), and the 7th gear (61) is meshed with the 9th gear (64) of its lower end; Both sides in rear bumper (3) are respectively arranged with left slideway (67) and right slideway (63); Slide plate (4) is inserted in the rear bumper (3) through left slideway (67) and right slideway (63); Be provided with the 5th tooth bar (68) and the 6th tooth bar (70) at the back side of slide plate (4), the 5th tooth bar (68), the 6th tooth bar (70) are meshed with octadentate wheel (62), the 6th gear (59) respectively; Slide plate (4) is provided with preceding chute (5) and back chute (23), is provided with left subplate (1) at the left end of slide plate (4), is provided with right subplate (6) at the right-hand member of slide plate (4), and left subplate (1) and right subplate (6) are installed in afterwards in the chute (23) and preceding chute (5); Be provided with left subplate teeth (39) in the inboard of left subplate (1); Be provided with right subplate teeth (21) in the inboard of right subplate (6); First gear (2) is meshed with left subplate teeth (39), right subplate teeth (21); The back side at slide plate (4) is provided with the 18 motor (69), and first gear (2) links to each other with the axle of the 18 motor (69); Left subplate (1) is provided with the second U-shaped support (36); In left subplate (1) right side central, be provided with twelve-motor (38); The second U-shaped support (36) is fixed on the left subplate (1) through the 6th (37), and the right-hand member of the 6th (37) links to each other with twelve-motor (38); Be provided with tarpaulin left side main strut (25) at the middle part of the second U-shaped support (36); Be provided with the 8th motor (28) in the rear end of the second U-shaped support (36); Tarpaulin left side main strut (25) is fixed on the second U-shaped support (36) through the 4th (32), and the 4th (32) link to each other with the 8th motor (28); Tail end at tarpaulin left side main strut (25) is provided with the tenth motor (31), and the set inside of main strut (25) has scalable pull bar on the left of tarpaulin, and every joint pull bar is provided with left snap ring (24); Tarpaulin left side secondary pole (26) is installed on the afterbody of tarpaulin left side main strut (25); The tarpaulin secondary pole in left side (26) is provided with scalable pull bar; The tail end of the tarpaulin secondary pole in left side (26) is provided with the 7th motor (27); The tarpaulin secondary pole in left side (26) is fixed on the tarpaulin left side main strut (25) through the 5th (33) and the second U-shaped fixed mount (35), and the 5th (33) link to each other with the 11 motor (34); Left side, rear end at left subplate (1) is provided with left back pole (30) and the 9th motor (29) of turning over, and left back pole (30) tail end that turns over links to each other with the axle of the 9th motor (29); Right subplate (6) is provided with the first U-shaped support (8), is provided with first motor (7) in right subplate (6) front end left side, and the first U-shaped support (8) is fixed on the right subplate (6) through second (12), and the left end of second (12) links to each other with first motor (7); Be provided with tarpaulin right side main strut (20) at the first U-shaped support (8) middle part; Be provided with the 5th motor (17) in the rear end of the first U-shaped support (8); Tarpaulin right side main strut (20) is fixed on the first U-shaped support (8) through third axle (15), and the rear end of third axle (15) links to each other with the 5th motor (17); The tail end of main strut (20) is provided with the 3rd motor (13) on the tarpaulin right side, and the set inside of main strut (20) has scalable pull bar on the tarpaulin right side, is provided with right snap ring (22) in the end of every joint pull bar; The secondary pole (16) in tarpaulin right side is installed on the afterbody of tarpaulin right side main strut (20); The secondary pole in tarpaulin right side (16) is provided with scalable pull bar; The tail end of the secondary pole in tarpaulin right side (16) is provided with the 4th motor (14); The secondary pole in tarpaulin right side (16) is fixed on the tarpaulin right side main strut (20) through the primary shaft (10) and the first U-shaped fixed mount (11), and primary shaft (10) links to each other with second motor (9); Be provided with right back pole (18) and the 6th motor (19) of turning on the right side, rear end of right subplate (6), right back pole (18) tail end that turns over links to each other with the axle of the 6th motor (19); Be provided with the 3rd tooth bar (54) in front bumper (44) inside left; The 3rd tooth bar (54) is fixed on front bumper (44) bottom through left fixed block (43), and the upper end of the 3rd tooth bar (54) is provided with the 4th tooth bar (57), and the left end of the 4th tooth bar (57) is provided with second groove (58); In left fixed block (43) set inside the 5th gear (55) and second gear (41) are arranged; The 5th gear (55) links to each other with the axle of the 16 motor (56), and the 5th gear (55) is meshed with the 3rd tooth bar (54), and second gear (41) links to each other with the axle of 13 motors (42); Second gear (41) is meshed with the 4th tooth bar (57), and left backplate (40) links to each other with the left end of the 3rd tooth bar (54); Be provided with second tooth bar (53) in front bumper (44) inner right side; Second tooth bar (53) is fixed on front bumper (44) bottom through right fixed block (47), and the upper end of second tooth bar (53) is provided with first tooth bar (50), and the right-hand member of first tooth bar (50) is provided with first groove (49); In right fixed block (47) set inside the 4th gear (51) and the 3rd gear (45) are arranged; The 4th gear (51) links to each other with the axle of the 15 motor (52), and the 4th gear (51) is meshed with second tooth bar (53), and the 3rd gear (45) links to each other with the axle of the 14 motor (46); The 3rd gear (45) is meshed with first tooth bar (50), and right backplate (48) links to each other with the right-hand member of second tooth bar (53); The front portion of tarpaulin (71) is connected on tarpaulin left side main strut (25) and the tarpaulin right side main strut (20) through left snap ring (24) and right snap ring (22), and the rear portion of tarpaulin (71) is fixed on left back turn over pole (30) and right back turning on the pole (18) through snap ring.
2. the full-automatic remote-controlled retractable vehicle closure assembly of automobile mounted stealth according to claim 1; It is characterized in that: be respectively arranged with limit controller and relay on described first motor (7), second motor (9), the 3rd motor (13), the 4th motor (14), the 5th motor (17), the 6th motor (19), the 7th motor (27), the 8th motor (28), the 9th motor (29), the tenth motor (31), the 11 motor (34), twelve-motor (38), the 13 motor (42), the 14 motor (46), the 15 motor (52), the 16 motor (56), the 17 motor (66), the 18 motor (69), the 17 motor (66) is provided with miniature remote controlled signal receiving device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010540403.7A CN102452306B (en) | 2010-10-22 | 2010-10-22 | Automobile-mounted invisible full-automatic retractable remotely-controlled cover |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010540403.7A CN102452306B (en) | 2010-10-22 | 2010-10-22 | Automobile-mounted invisible full-automatic retractable remotely-controlled cover |
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| CN102452306A true CN102452306A (en) | 2012-05-16 |
| CN102452306B CN102452306B (en) | 2014-12-03 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201010540403.7A Active CN102452306B (en) | 2010-10-22 | 2010-10-22 | Automobile-mounted invisible full-automatic retractable remotely-controlled cover |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105564208A (en) * | 2016-02-29 | 2016-05-11 | 北京汽车研究总院有限公司 | Automobile protection system, control system and automobile |
| CN103991371B (en) * | 2014-05-09 | 2016-08-24 | 梁钧 | Automobile mounted stealthy solar energy full-automatic remote-controlled retractable vehicle closure assembly |
| CN105946530A (en) * | 2016-05-13 | 2016-09-21 | 安徽机电职业技术学院 | Car cover |
| CN108297661A (en) * | 2018-01-25 | 2018-07-20 | 深圳市昌圣新能源科技有限公司 | A kind of service-delivery machine equipment |
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| CN103991371B (en) * | 2014-05-09 | 2016-08-24 | 梁钧 | Automobile mounted stealthy solar energy full-automatic remote-controlled retractable vehicle closure assembly |
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| CN108297661A (en) * | 2018-01-25 | 2018-07-20 | 深圳市昌圣新能源科技有限公司 | A kind of service-delivery machine equipment |
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|---|---|
| CN102452306B (en) | 2014-12-03 |
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Effective date of registration: 20200102 Address after: 211299, Qinhuai Road, Lishui District, Jiangsu, Nanjing, No. 288 Patentee after: Nanjing Ruilin Electronic Technology Co., Ltd Address before: 066000 No. 5 Kailuan Road, Hebei, Qinhuangdao Patentee before: Liang Jun |
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