CN204263915U - A kind of sunshade covering for vehicle - Google Patents
A kind of sunshade covering for vehicle Download PDFInfo
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- CN204263915U CN204263915U CN201420633085.2U CN201420633085U CN204263915U CN 204263915 U CN204263915 U CN 204263915U CN 201420633085 U CN201420633085 U CN 201420633085U CN 204263915 U CN204263915 U CN 204263915U
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Abstract
The utility model discloses a kind of sunshade covering for vehicle, it comprises by case lid (9), the casing (1) that (10) at the bottom of case and dividing plate (11) form, at the bottom of described casing (1) case, the bottom of (10) is fixed with antinose-dive leg device by box casing locking device, car clothing support retractor device is provided with between (10) and dividing plate (11) at the bottom of described casing (1) case, the central upper portion position of described dividing plate (11) is provided with car clothing accommodation device, the central upper portion position of described car clothing accommodation device is provided with cylinder (16), the crown center of car clothing (3) is fixed on the top of described cylinder (16), at the bottom of described case (10) top center and be provided with the case lid control setup through described dividing plate (11) and described cylinder (16) with described cylinder (16) corresponding section, position, system electronic control setup (2) is also provided with between (10) and dividing plate (11) at the bottom of described casing (1) case, adopt said structure, achieve easy to use, can sunshade, sun-proof, dust-proof and the effect of vehicle interior temperature can be reduced.
Description
Technical field
The utility model patent relates to a kind of automobile-used shading product, particularly relates to a kind of sunshade covering for vehicle having car clothing and bicycle shed function concurrently.
Background technology
At present, the automobile pollution of China is increasing, and particularly various automobile or electric car just enter unit and family with speed faster, but China has canopy parking area few comparatively speaking, all outdoor placement of most of car.Summer, strong solar radiation was on automobile, not only caused vehicle interior temperature very high, made rider very uncomfortable, and accelerate car paint and the plastics of car or the aging of Rubber Parts, reduce the service life of car, serious even can produce spontaneous combustion, causes economy and property damage to the owner.The too high burden that also can increase air-conditioning of vehicle interior temperature, increases the energy consumption of car, increases carbon emission amount.When current air environment is not good enough, outdoor holding vehicles also can increase carwash number of times, directly the expense of increase car.Although have automobile-used shading product and the car clothing of many types at present on the market, the Combination properties such as effect, practicality, cost performance, ease of use are not good, and popularity rate is not high.
Summary of the invention
The object of the utility model patent is to provide a kind of simple to operate, portably uses conveniently, can sunshade, sun-proof, dust-proof, cost performance is high and significantly can reduce the sunshade covering for vehicle of vehicle interior temperature.
The technical scheme of the utility model patent is a kind of sunshade covering for vehicle, it comprises by case lid 9, at the bottom of case 10 and dividing plate 11 form casing 1, it is characterized in that: at the bottom of described casing 1 case, the bottom of 10 is fixed with antinose-dive leg device by box casing locking device, car clothing support retractor device is provided with between 10 and dividing plate 11 at the bottom of described casing 1 case, the central upper portion position of described dividing plate 11 is provided with car clothing accommodation device, the central upper portion position of described car clothing accommodation device is provided with cylinder 16, the crown center of car clothing 3 is fixed on the top of described cylinder 16, at the bottom of described case 10 tops center and be provided with the case lid control setup through described dividing plate 11 and described cylinder 16 with corresponding section, described cylinder 16 position, system electronic control setup 2 is also provided with between 10 and dividing plate 11 at the bottom of described casing 1 case.
The technical scheme of the utility model patent can also be the support 38 that described antinose-dive leg device comprises rectangle, four angles place of described support 38 rectangle is respectively equipped with vacuum cup 39, vertical two the support midways location of described support 38 are respectively equipped with direction recess 40, and the inner side of two supports that described support 38 is vertical or outside are also provided with lock house 37.
The technical scheme of the utility model patent can also be that described case lid control setup comprises straight-line motion mechanism, screw-nut body, sensor and driver module, described straight-line motion mechanism comprises and is fixed on movement parts 30 on described case lid 9 and one end by rigid connector and is arranged at the bottom of case fixed support 29 on 10, described movement parts 30 can free up-and-down movement along described fixed support 29, feed screw nut 24 on described screw-nut body is fixedly connected with movement parts 30, leading screw 25 on described screw-nut body to be fixed at the bottom of case on 10 by leading screw bearing, the upper end limit sensors 27 of described screw-nut body and lower end limit sensors 28 are separately fixed at the two ends up and down of sensor stand 31, the lower end of described sensor stand 31 to be fixed at the bottom of case on 10, the top of described leading screw 25 and the top of described securing supports 29 are fixed by bearing and rigid connector.
The technical scheme of the utility model patent can also be Worm reduction motor 79, tooth bar 67, limit sensors module that described case lid control setup can also comprise straight-line motion mechanism, band auto-lock function, described straight-line motion mechanism comprises and is fixed on movement parts 30 on described end cap 9 and one end by rigid connector and is arranged at the bottom of case fixed support 29 on 10, described movement parts 30 can free up-and-down movement along described fixed support 29, described Worm reduction motor 79 is fixed in described movement parts 30, the top of described tooth bar 67 and the top of described securing supports 29 are fixed by rigid connector, the bottom of described tooth bar 67 to be fixed at the bottom of described case on 10, the output shaft gear of described Worm reduction motor 79 engages with described tooth bar 67, the upper end limit sensors 27 of described limit sensors module and lower end limit sensors 28 are separately fixed at the two ends up and down of sensor stand 31, the lower end of described sensor stand 31 to be fixed at the bottom of case on 10.
The technical scheme of the utility model patent can also be that described case lid control setup can also comprise case lid support 69, cam drive, limit sensors module, Worm reduction motor 79, described case lid support 69 one end to be fixed at the bottom of described case on 10, the other end is fixed on case lid 9, described case lid 9 is made up of one piece of top board and four pieces of sidewall panelinies, the upper limb of four pieces of sidewall versions is fixed with four edges, limit of top board respectively by hinge, four pieces of sidewall panelinies can wrap page and freely overturn, described cam drive is by rotating shaft 6, gear 7, cross plate 8, connecting rod 66 forms, described rotating shaft 6 one end to be fixed at the bottom of described case on 10 by bearing, the other end is fixed on case lid support 69 or described case lid 9 by bearing and attaching parts, the bottom of described rotating shaft 6 is fixed with gear 7, top is fixed with cross plate 8, described cross plate 8 is positioned at the top of described cylinder 16, four marginal ends of described cross plate 8 are connected respectively with one end of described connecting rod 66, the other end of described connecting rod 66 is connected by bearing pin with the sidewall of described case lid 9 respectively, described Worm reduction motor 79 to be fixed at the bottom of case on 10, the output shaft gear of described Worm reduction motor 79 is meshed with described gear 7, the left end limit sensors 4 of described limit sensors module and right-hand member limit sensors 5 are separately fixed on described case lid 9.
The technical scheme of the utility model patent can also be described case lid 9 wall on some air velocity transducers 12 are installed, be fixed with solar energy photovoltaic panel 13 outside the top of described case lid 9, at the bottom of case, the lower surface of 10 is also fixed with some footing 14 and guide castor 75.
The technical scheme of the utility model patent can also be that described car clothing accommodation device comprises car clothing rotation storage module and driver module; Described car clothing rotates storage module and comprises and be arranged on bearing on described dividing plate 11 or rotating disk 15, described dividing plate 11 to be fixed at the bottom of described case on 10 by the some supporting linkages 54 be distributed at the bottom of described case on 10, described cylinder 16 is fixed on the inner ring of described bearing or rotating disk 15, the bottom of described cylinder 16 is provided with gear ring 18, the top of described cylinder 16 is provided with position-arresting disk 17 with holes, on described dividing plate 11 and contiguous described cylinder 16 lower surface position place is provided with sensor 41; Described driver module comprises the second reducing motor 19 be arranged at the bottom of described case on 10, and the gear on described second reducing motor 19 output shaft engages with described gear ring 18; Described driver module can also be the leverage 22 be arranged at the bottom of described case by rotating shaft on 10, pull back spring 32 is provided with between 10 at the bottom of the left side sidewall of described leverage 22 and described case, described leverage 22 is fixed with the 3rd reducing motor 20, the gear on described 3rd reducing motor 20 output shaft engages with described gear ring 18.
The technical scheme of the utility model patent can also be arranged on car clothing 3 on described cylinder 16 outer wall with hauling rope 33, and be provided with some vent windows 82, one end of this hauling rope 33 is fixed on the outer wall of cylinder 16, the other end is through in slip ring 34, and being fixed on the edge of car clothing 3, described slip ring 34 is connected to described dividing plate 11 edge.
The technical scheme of the utility model patent can also be that described box casing locking device comprises four interlock pin 35, Electromalgnetic locking mechanism 36, dead bolt 37 form, four interlock pin 35 and Electromalgnetic locking mechanism 36 to be fixed at the bottom of case on 10 by pedestal, the electromagnetism extensible member of Electromalgnetic locking mechanism 36 is then fixed on the support of four interlock pin 35, and the described dead bolt 37 on the electromagnetism extensible member of Electromalgnetic locking mechanism 36 and described antinose-dive leg device is locked mutually.
The technical scheme of the utility model patent can also be that described car clothing support retractor device comprises car clothing carriage drive unit, car clothing support telescopic unit, wherein: described car clothing carriage drive unit is made up of the first reducing motor 21 be arranged at the bottom of described case on 10 and screw nut device 42, the mouth of described first reducing motor 21 is connected with the leading screw of described screw nut device 42, nut on described screw nut device 42 and grooved pull attaching parts 23 and are connected, described grooved towing attaching parts 23 is provided with horizontal channel, the bearing pin 45 of rigid connector 47 one end is provided with in it, the other end of described rigid connector 47 is overlapping with the bearing pin of X-type support 48, described X-type support 48 is divided into two the X-type supports in left and right, this two-part inner top is connected by a rigid connector 49, inner bottom to be fixed at the bottom of case on 10 by bearing pin, the bottom bearing pin of the left and right sides of the contiguous attachment points of two the X-type supports in left and right is connected with the sliding part of the line slideway 46 be arranged at the bottom of case on 10 respectively, one switch lock clamp 44 is fixed on grooved towing attaching parts 23 left end by being with the bearing pin of spring, upper right end and the lower middle position of described switch lock clamp 44 are equipped with flange, and limit switch locking device 43 to be arranged at the bottom of the case of contiguous described switch lock clamp 44 on 10, one end of lever 22 to be stretched in described cylinder 16 and is fixedly connected with the 3rd reducing motor 20, and the centre of described lever 22 to be fixed at the bottom of case on 10 by rotating shaft, is provided with pull back spring 32 at the bottom of the left side sidewall of described lever 22 and described case between 10, described car clothing carriage drive unit can also be made up of the first reducing motor 21 be arranged at the bottom of described case on 10 and screw nut device 42, the mouth of described first reducing motor 21 is connected with the leading screw of described screw nut device 42, nut on described screw nut device 42 and one end of rigid connector 47 are fixed, the other end of described rigid connector 47 is connected with the bearing pin of X-type support 48, the middle lower portion of described X-type support 48 to be fixed at the bottom of case on 10 by bearing pin, the bottom bearing pin of the contiguous attachment point of described X-type support 48 is connected by the sliding part of described rigid connector 47 with the line slideway 46 be arranged at the bottom of case on 10, described car clothing carriage drive unit can also be made up of the first reducing motor 21 be arranged at the bottom of described case on 10 and screw nut device 42, the mouth of described first reducing motor 21 is connected with the leading screw of described screw nut device 42, nut on described screw nut device 42 and the centre of rigid connector 58 are fixed, in the middle of the X-type support 48 of 10 both sides at the bottom of described case, outside or interior survey to be fixed at the bottom of case on 10 by bearing pin, the outside that the two ends of described rigid connector 58 are corresponding with the contiguous attachment point of the X-type support 48 being positioned at 10 both sides at the bottom of described case respectively or survey bearing pin are connected, described car clothing carriage drive unit can also be made up of the Worm reduction motor 80 of band self-locking and tooth bar 81 being arranged on described rigid connector 47 one end, the gear of output end of described Worm reduction motor 80 is meshed with the described tooth bar 81 be fixed at the bottom of case on 10, the other end of described rigid connector 47 is connected with the bearing pin of described X-type support 48, the middle lower portion of described X-type support 48 to be fixed at the bottom of case on 10 by bearing pin, the bottom bearing pin of the contiguous attachment point of described X-type support 48 is connected by the sliding part of described rigid connector 47 with the line slideway 46 be arranged at the bottom of case on 10, described car clothing support telescopic unit comprises inner longitudinal extension device, two ends transversal stretching device, both sides longitudinal extension device, castor jack, wherein: described inner longitudinal extension device comprises X-type support 48, telescopic support device 53, described X-type support 48 is divided into two the X-type supports in left and right, this two-part inner top is connected by a rigid connector 49, inner bottom to be fixed at the bottom of case on 10, the bearing pin of the left and right sides of the contiguous attachment points of two the X-type supports in left and right is connected with the sliding part of the line slideway 46 be arranged at the bottom of case on 10 respectively, the coupling end of rigid connector 47 is overlapping with the bearing pin of X-type support 48, described inner longitudinal extension device can also be that described X-type support 48 middle lower portion to be fixed at the bottom of case on 10, one end of rigid connector 47 is connected with the bearing pin of the adjacent with attachment point of X-type support 48, the nut of the other end and described screw nut device 42 fixes, and the sliding part and the described rigid connector 47 that to be arranged at the bottom of case the line slideway 46 on 10 fix, described inner longitudinal extension device can also be made up of two groups of X-type supports 48, described X-type support 48 lays respectively at the both sides of at the bottom of described case 10, in the middle of described X-type support 48, outside or interior survey bearing pin to be fixed at the bottom of described case on 10, the outside that the two ends of described rigid connector 58 are corresponding with the contiguous attachment point of described X-type support 48 respectively or interior survey bearing pin are connected, and the centre of described rigid connector 58 and the nut of described screw nut device 42 fix, the connecting element of described telescopic support device 53 to be fixed at the bottom of described case on 10, and the outer end of the moving member of described telescopic support device 53 is fixed on support 63.Described two ends transversal stretching device comprises support 63, fixed pulley 64, chain wheel rope 65, X-type support 68, attaching parts 56, Telescopic rod device 57, described support 63 is provided with vertical groove, the centre of described support 63 by pinned connection described X-type support 48 with 10 attachment points at the bottom of described case with the lower end at the two ends surveyed or upper end, the upper end at the two ends surveyed or lower end being connected by the groove of bearing pin with described support 63 with 10 attachment points at the bottom of described case of described X-type support 48, bearing pin in the two ends groove of described X-type support 48 can move freely in the groove of described support 63, described fixed pulley 64 is fixed on the two ends of described support 63, the described fixed pulley 64 at two ends is connected by chain wheel rope 65, one end of described X-type support 68 passes on left close fluted one end that bearing pin is fixed on described support 63, and a bearing pin of the left side adjacent fixed ends of described X-type support 68 is connected with the bearing pin on the top of described X-type support 48 by described attaching parts 56, the both sides of chain wheel rope 65 described in the two ends that the connecting element of described Telescopic rod device 57 is separately fixed at described support 63, the inner of the movement parts of described Telescopic rod device 57 is connected with described chain wheel rope 65 respectively, described two ends transversal stretching device can also by support 63, X-type support 68, attaching parts 56 forms, the centre of described support 63 has two independently vertical grooves, the centre of described support 63 is by the two ends bottom of pinned connection at described X-type support 48, the top, two ends of described X-type support 48 is connected by the upper groove of bearing pin with described support 63, and the bearing pin on the top, two ends of described X-type support 48 can move freely in the upper groove of described support 63.The middle bearing pin of described X-type support 68 is overlapping with the bearing pin of the bottom, two ends of described X-type support 48, the homonymy bearing pin of the adjacent attachment point of described X-type support 68 is arranged in the lower groove of described support 63, and be connected with one end of described attaching parts 56, the other end of described attaching parts 56 is connected with the bearing pin being positioned at groove on described support 63 of described X-type support 48; Described two ends transversal stretching device can also be comprise support 63, timing belt pulley 61, Timing Belt 62, tooth bar 59, speed-change gear box 60, Telescopic rod device 57, described support 63 is provided with vertical groove, described support 63 is by the two ends bottom of pinned connection at described X-type support 48, and the top, two ends of described X-type support 48 is connected by the groove of bearing pin with described support 63, and the bearing pin on the top, two ends of described X-type support 48 can move freely in the groove of described support 63.Described timing belt pulley 61 is fixed on the two ends of described support 63, described timing belt pulley 61 is connected by described Timing Belt 62, one end of described tooth bar 59 is connected with the bearing pin being positioned at groove on the top of described X-type support 48, the other end is through described speed-change gear box 60, and with the gears meshing of described speed-change gear box 60 inside, described speed-change gear box 60 is fixed on one end of described support 63, the output shaft of described speed-change gear box 60 is overlapping with the axle of a described timing belt pulley 61, the both sides of Timing Belt 62 described in the two ends that the connecting element of described Telescopic rod device 57 is separately fixed at described support 63, the inner of the movement parts of described Telescopic rod device 57 is connected with described Timing Belt 62 respectively, both sides longitudinal extension device 55 can be guide rail, expansion link or X-type support, and the two ends of described both sides longitudinal extension device 55 are connected with the outer end of the Telescopic rod device 57 of described support 63 homonymy respectively, described castor jack is by castor 74, and support 76, X-type support 77, U-shaped attaching parts 78 forms.Described X-type support 77 is connected with by described U-shaped attaching parts 78 at the outside two ends of described X-type support 48, the lower end thereof end winding support of described X-type support 77 is on a cross bar 76 with castor 74, described cross bar 76 is provided with chute or guide rail, and the other end end, bottom of X-type support 77 is arranged in this chute or on guide rail, described castor jack can also by castor 74, V-type support 70, and U-shaped attaching parts 78 forms, and is connected with described V-type support 70 at the two ends of described X-type support 48 by described U-shaped attaching parts 78, and the lower end of described V-type support 70 is fixed with described castor 74, described castor jack can also by support 63, support 71, first attaching parts 72, second attaching parts 73, castor 74 forms, described first attaching parts 72, second attaching parts 73 connects into V-type attaching parts, the junction of this V-type attaching parts is provided with castor 74, support 63 two ends of the oriented upper junction plate of end belt are connected with the free end of pipe link 73 respectively, support 71 two ends of the oriented lower connecting plate of end belt are connected with the free end of head rod 72 respectively, two bearing pins of the adjacent homonymy in two ends of X-type support 48 are separately fixed on support 63 and support 71, described support 63 and support 71 are all arranged with chute or guide rail, adjacent two bearing pins of the opposite side of the adjacent attachment point in two ends of X-type support 48 are arranged in this chute or on the sliding part of guide rail.
The beneficial effects of the utility model be at the bottom of described casing 1 case 10 bottom be fixed with antinose-dive leg device by box casing locking device, car clothing support retractor device is provided with between 10 and dividing plate 11 at the bottom of described casing 1 case, the central upper portion position of described dividing plate 11 is provided with car clothing accommodation device, the central upper portion position of described car clothing accommodation device is provided with cylinder 16, the crown center of car clothing 3 is fixed on the top of described cylinder 16, at the bottom of described case 10 tops center and be provided with the case lid control setup through described dividing plate 11 and described cylinder 16 with corresponding section, described cylinder 16 position, system electronic control setup 2 is also provided with between 10 and dividing plate 11 at the bottom of described casing 1 case, during use, by antinose-dive leg device, casing 1 is arranged on top of car, car clothing launches by the car clothing support retractor device then by arranging in casing 1, by car clothing accommodation device, car clothing is drawn in after using, keep leaving certain gap between the Che Yiyu top of car after launching by antinose-dive leg device simultaneously, enable the air free-flowing between Che Yiyu car body, car clothing arranges deflation hole, to discharge the hot air between car body and car clothing, extraneous cool air is relatively sucked in from car surple along surrounding simultaneously.Hot air between this sample car clothing and car body is constantly discharged, relative cool air constantly adds, and is formed and continuously circulates, and ensures that the air themperature between Che Yiyu car body is suitable with ambient temperature, and do not occur temperature build rise phenomenon, thus ensure that vehicle interior temperature does not also accumulate rising; Achieve easy to use, can sunshade, sun-proof, dust-proof and the effect of vehicle interior temperature can be reduced.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model
Fig. 2 is in the partial enlarged drawing of casing in Fig. 1
Fig. 3 is the partial enlarged drawing of box house in Fig. 1
Fig. 4 is the partial enlarged drawing that in Fig. 1, casing launches
Fig. 5 is the birds-eye view of the first embodiment in Fig. 1
Fig. 6 is the partial enlarged drawing of antinose-dive leg device in Fig. 1
Fig. 7 is the antinose-dive leg device partial enlarged drawing with box casing locking device in Fig. 6
Fig. 8 is the birds-eye view of the second embodiment in Fig. 1
Fig. 9 is the birds-eye view of the 3rd embodiment in Fig. 1
Figure 10 is the partial enlarged drawing of car clothing support retractor device in Fig. 8
Figure 11 is the partial enlarged drawing of car clothing support retractor device band telescopic support device in Fig. 8
Figure 12 is the birds-eye view of the 4th embodiment in Fig. 1
Figure 13 is the partial enlarged drawing after Figure 12 car clothing support launches
Figure 14 is the partial enlarged drawing of reference position before Figure 12 car clothing support launches
Figure 15 is the partial enlarged drawing of transversal stretching device in Fig. 1
Figure 16 is the partial enlarged drawing of another transversal stretching device in Fig. 1
Figure 17 is the partial enlarged drawing of another transversal stretching device in Fig. 1
The partial enlarged drawing that in Figure 18 Fig. 1, castor launches
The partial enlarged drawing that in Figure 19 Fig. 1, castor another kind launches
The partial enlarged drawing that in Figure 20 Fig. 1, castor another kind launches
The partial enlarged drawing that in Figure 21 Fig. 1, castor another kind launches
In Fig. 1 to 21 1, casing, 2, system electronic control setup, 3, car clothing, 4, left end limit sensors, 5, right-hand member limit sensors, 6, rotating shaft, 7, gear, 8, cross plate, 9, case lid, 10, at the bottom of case, 11, dividing plate, 12, air velocity transducer, 13, solar energy photovoltaic panel, 14, footing, 15, bearing or rotating disk, 16, cylinder, 17, position-arresting disk, 18, gear ring, 19, 3rd reducing motor, 20, second reducing motor, 21, first reducing motor, 22, leverage, 23, grooved towing attaching parts, 24, nut, 25, leading screw, 26, screw gear, 27, upper end limit sensors, 28, lower end limit sensors, 29, fixed support, 30, movement parts, 31, sensor stand, 32, pull back spring, 33, hauling rope, 34, slip ring, 35, four interlock pin, 36, Electromalgnetic locking mechanism, 37, dead bolt, 38, support, 39, vacuum cup, 40, direction recess, 41, sensor, 42, screw nut device, 43, limit switch locking device, 44, switch lock clamp, 45, rigid connector, 46, line slideway, 47, rigid connector, 48, X-type support, 49, rigid connector, 50, front end limit sensors, 51, realizing middle limiting sensor, 52, end limit sensors, 53, telescopic support device, 54, supporting linkage, 55, both sides longitudinal extension device, 56, attaching parts, 57, Telescopic rod device, 58, rigid connector, 59, tooth bar, 60, speed-change gear box, 61, timing belt pulley, 62, Timing Belt, 63, support, 64, fixed pulley, 65, chain wheel rope, 66, connecting rod, 67, tooth bar, 68, X-type support, 69, case lid support, 70, V-type support, 71, support, 72, first attaching parts, 73, second attaching parts, 74, castor, 75, guide castor, 76, support, 77, X-type support, 78, U-shaped attaching parts, 79, Worm reduction motor, 80, Worm reduction motor, 81, tooth bar, 82, vent window.
Detailed description of the invention
As shown in Figure 6, Figure 7, when car clothing launches, antinose-dive leg device is fixed on position suitable in the middle of roof by vacuum cup 39 and other modes, then casing 1 is placed on antinose-dive leg device, allow guide castor 75 be arranged in direction recess 40, promote casing 1 and move toward the car body other end, when guide castor 75 moves to the end of support 78, casing 1 sinks, dead bolt 37 to insert at the bottom of case in 10, and four interlock pin 35 insert in the hole of dead bolts 37, thus casing 1 is locked on antinose-dive leg device.
As shown in Figure 8,9, the release of case lid control and car clothing 3: be energized by reducing motor 20 by remote controller, the output shaft gear of reducing motor 20 engages with screw gear 26, drive feed screw nut 24 upward movement, thus drive case lid 9 to rise, when feed screw nut 24 moves to close to upper end limit sensors 27, upper end limit sensors 27 output signal controls reducing motor 20 power-off to system electronic control setup 2, and case lid 9 stops rising.Be energized by reducing motor 19 by remote controller, the output shaft gear of reducing motor 19 and gear ring 18 engage and drive cylinder 16 to rotate, release the car clothing 3 be wrapped on cylinder 16, after sensor 41 detects that car clothing 3 discharges completely, output signal controls reducing motor 19 power-off to system electronic control setup 2, and cylinder 16 shuts down.
As shown in Figure 12,13,14, case lid controls and the release of car clothing 3 can also be, be energized by reducing motor 20 by remote controller, the output shaft gear of reducing motor 20 engages with screw gear 26, drive feed screw nut 24 upward movement, thus drive case lid 9 to rise, when feed screw nut 24 moves to close to upper end limit sensors 27, upper end limit sensors 27 output signal controls reducing motor 20 power-off to system electronic control setup 2, and case lid 9 stops rising.Be energized by reducing motor 21 by remote controller, the nut of screw nut device 42 drives grooved towing attaching parts 23 to move forward, when proximity transducer 51, sensor 51 output signal controls reducing motor 21 power-off to system electronic control setup 2, screw nut device 42 stop motion.Now leverage 22 is along the deflection of anchor shaft generation cw under the pulling force of pull back spring 32, and the output shaft gear of reducing motor 20 departs from screw gear 26 and engages, and engages with gear ring 18.Be energized by reducing motor 20 by remote controller, the output shaft gear of reducing motor 20 and gear ring 18 engage and drive cylinder 16 to rotate, release the car clothing 3 be wrapped on cylinder 16, after sensor 41 detects that car clothing 3 discharges completely, output signal controls reducing motor 20 power-off to system electronic control setup 2, and cylinder 16 shuts down.
As shown in Figure 10, case lid controls and the release of car clothing 3 can also be, the Worm reduction motor 79 of band self-locking is allowed to be energized by remote controller, the output shaft gear of described Worm reduction motor 79 engages with tooth bar 67, drive movement parts 30 upward movement of linear motion device, thus drive case lid 9 to rise, when Worm reduction motor 79 moves to close to upper end limit sensors 27, upper end limit sensors 27 output signal controls Worm reduction motor 79 power-off to system electronic control setup 2, and case lid 9 stops rising.Be energized by reducing motor 19 by remote controller, the output shaft gear of reducing motor 19 and gear ring 18 engage and drive cylinder 16 to rotate, release the car clothing 3 be wrapped on cylinder 16, after sensor 41 detects that car clothing 3 discharges completely, output signal controls reducing motor 19 power-off to system electronic control setup 2, and cylinder 16 shuts down.
As shown in Figure 5, case lid controls and the release of car clothing 3 can also be, the Worm reduction motor 79 of band self-locking is allowed to be energized by remote controller, the output shaft gear of described Worm reduction motor 79 engages with the described gear 7 of cam drive, the cross plate 8 be connected with rotating shaft 6 of cam drive is driven to rotate, thus drive that the connecting rod 66 that is connected with described cross plate 8 is outside to be stretched the surrounding sidewall promoting described case lid 9 and upwards overturn, when described cross plate 8 rotates close to left end limit sensors 4, described left end limit sensors 4 output signal controls Worm reduction motor 79 power-off to system electronic control setup 2, the surrounding sidewall of case lid 9 stops upwards overturning.Be energized by reducing motor 19 by remote controller, the output shaft gear of reducing motor 19 and gear ring 18 engage and drive cylinder 16 to rotate, release the car clothing 3 be wrapped on cylinder 16, after sensor 41 detects that car clothing 3 discharges completely, output signal controls reducing motor 19 power-off to system electronic control setup 2, and cylinder 16 shuts down.
As shown in Figure 9, the expansion of car clothing support is launched completely by the car clothing 3 on roof, be energized by reducing motor 21 by remote controller, the nut of screw nut device 42 drives rigid connector 58 to move forward, thus drive X-type support 48 to stretch to two ends, when the nut proximity transducer 50 of screw nut device 42, sensor 50 output signal controls reducing motor 21 power-off to system electronic control setup 2, screw nut device 42 stop motion, X-type support 48 stops stretching to two ends.
As shown in Figure 8, the expansion of car clothing support can also be: launched completely by the car clothing 3 on roof, be energized by reducing motor 21 by remote controller, the nut of screw nut device 42 drives rigid connector 47 to move forward, thus drive X-type support 48 to stretch to two ends, when the nut proximity transducer 50 of screw nut device 42, sensor 50 output signal controls reducing motor 21 power-off to system electronic control setup 2, screw nut device 42 stop motion, X-type support 48 stops stretching to two ends.
As Figure 12, 13, shown in 14, the expansion of car clothing support can also be: launched completely by the car clothing 3 on roof, be energized by reducing motor 21 by remote controller, the nut of screw nut device 42 drives the bearing pin 45 of grooved towing attaching parts 23 and rigid connector 47 to move forward from the position of sensor 51, thus drive X-type support 48 to stretch to two ends, when the nut proximity transducer 50 of screw nut device 42, sensor 50 output signal controls reducing motor 21 power-off to system electronic control setup 2, screw nut device 42 stop motion, X-type support 48 stops stretching to two ends.
As shown in figure 11, the expansion of car clothing support can also be: launched completely by the car clothing 3 on roof, be energized by Worm reduction motor 80 by remote controller, the output shaft gear of described Worm reduction motor 80 is meshed with tooth bar 81, rigid connector 47 is driven to move forward, thus drive X-type support 48 to stretch to two ends, when described Worm reduction motor 80 proximity transducer 50, sensor 50 output signal controls Worm reduction motor 80 power-off to system electronic control setup 2, and X-type support 48 stops stretching to two ends.
As shown in figure 17, the stretching, extension of two ends transversal stretching device, along with longitudinal two ends of X-type support 48 are launched, connected tooth bar 59 is synchronous outwards to be stretched, thus drive the timing belt pulley 61 be connected with speed-change gear box 60 to rotate, Timing Belt 62 also synchronous axial system, the Telescopic rod device 57 be connected with Timing Belt 62 is also synchronous to be stretched to both sides.
As shown in figure 15, the stretching, extension of two ends transversal stretching device can also be, along with longitudinal two ends of X-type support 48 are launched, connected attaching parts 56 drives X-type support 68 synchronously to stretch to one end, thus driving the chain wheel rope 65 be connected with the extended end of X-type support 68 to rotate, the Telescopic rod device 57 be connected with chain wheel rope 65 is also synchronous to be stretched to both sides.
As shown in figure 16, the stretching, extension of two ends transversal stretching device can also be, along with longitudinal two ends of X-type support 48 are launched, connected attaching parts 56 drives X-type support 68 synchronously to stretch to both sides.
As shown in Figure 8,9, the stretching, extension of both sides longitudinal extension device, along with longitudinal two ends expansion of X-type support 48 and the stretching, extension of two ends transversal stretching device, both sides longitudinal extension device 55 is also synchronous longitudinally to launch.
As shown in Figure 18,19, the expansion of castor 74, along with the longitudinal two ends of X-type support 48 are launched, one end of connected two attaching partss 72,73 synchronously away from, first attaching parts 72 pulls castor 74 to be synchronously rotated down along the rotating shaft of the second attaching parts 73, and castor 74 launches.
As shown in figure 20, the expansion of castor 74 can also be, along with the longitudinal two ends of X-type support 48 are launched, connected X-type support 77 is synchronous to be stretched downwards, and the be dynamically connected support 76 of castor 74 of Timing Belt stretches downwards, and castor 74 launches.
As shown in figure 21, the expansion of castor 74 can also be, along with longitudinal two ends of X-type support 48 are launched, connected V-type support 70 is synchronous to be stretched downwards, and the synchronous castor 74 that drives stretches downwards, and castor 74 launches.
After car clothing support has launched, some for the periphery of car clothing positions are fixed on car body, prevent from being opened by wind.
As shown in Figure 9, the contraction of car clothing support when car clothing is packed up, the fixing of the some positions of car clothing periphery is removed from car body, by remote controller by reducing motor 21 energising reversion, the nut of screw nut device 42 drives rigid connector 58 to move backward, thus drive X-type support 48 to middle shrinkage, when the nut proximity transducer 51 of screw nut device 42, sensor 51 output signal controls reducing motor 21 power-off to system electronic control setup 2, screw nut device 42 stop motion, X-type support 48 stops to middle shrinkage.
As shown in Figure 8, the contraction of car clothing support can also be: the fixing of the some positions of car clothing periphery is removed from car body, be energized by reducing motor 21 by remote controller, the nut of screw nut device 42 drives rigid connector 47 to move forward, thus drive X-type support 48 to middle shrinkage, when the nut proximity transducer 51 of screw nut device 42, sensor 51 output signal controls reducing motor 21 power-off to system electronic control setup 2, screw nut device 42 stop motion, X-type support 48 stops to middle shrinkage.
As Figure 12, 13, shown in 14, the contraction of car clothing support can also be: the fixing of the some positions of car clothing periphery is removed from car body, be energized by reducing motor 21 by remote controller, the nut of screw nut device 42 drives the bearing pin 45 of grooved towing attaching parts 23 and rigid connector 47 to move backward, thus drive X-type support 48 to middle shrinkage, when the nut proximity transducer 51 of screw nut device 42, sensor 51 output signal controls reducing motor 21 power-off to system electronic control setup 2, screw nut device 42 stop motion, X-type support 48 stops to middle shrinkage, flange now in the middle of switch lock clamp 44 bottom enters the right-hand member inclined-plane of limit switch locking device 43, the flange on switch lock clamp 44 right-hand member top leaves the bearing pin 45 stuck.
As shown in figure 11, the contraction of car clothing support can also be: the fixing of the some positions of car clothing periphery is removed from car body, by remote controller by Worm reduction motor 80 energising reversion, the output shaft gear of described Worm reduction motor 80 is meshed with tooth bar 81, drive rigid connector 47 to move backward, thus drive X-type support 48 to middle shrinkage, when described Worm reduction motor 80 proximity transducer 51, sensor 51 output signal controls Worm reduction motor 80 power-off to system electronic control setup 2, and X-type support 48 stops to middle shrinkage.
As shown in figure 17, the contraction of two ends transversal stretching device, along with X-type support 48 longitudinal contraction, connected tooth bar 59 is synchronous inwardly to be shunk, thus drive timing belt pulley 61 contrarotation be connected with speed-change gear box 60, Timing Belt 62 also synchronous axial system, the Telescopic rod device 57 be connected with Timing Belt 62 is also synchronous to middle shrinkage.
As shown in figure 15, the contraction of two ends transversal stretching device can also be, along with X-type support 48 longitudinal contraction, connected attaching parts 56 drives one end of X-type support 68 synchronously inwardly to shrink, thus driving the chain wheel rope 65 be connected with the extended end of X-type support 68 to rotate backward, the Telescopic rod device 57 be connected with chain wheel rope 65 is also synchronous to middle shrinkage.
As shown in figure 16, the contraction of two ends transversal stretching device can also be, along with X-type support 48 longitudinal contraction, connected attaching parts 56 drives X-type support 68 synchronous.
As shown in Figure 8, Figure 9, the contraction of both sides longitudinal extension device, along with X-type support 48 longitudinal contraction and two ends transversal stretching device lateral shrink, both sides longitudinal extension device 55 is synchronous longitudinal contraction also.
As shown in Figure 18, Figure 19, the folding shrinking of castor 74, along with the longitudinal contraction of X-type support 48, one end of connected first attaching parts 72, second attaching parts is synchronously close, first attaching parts 72 promotes castor 74 and synchronously rotates forward along the rotating shaft of the second attaching parts 73, castor 74 folding shrinking.
As shown in figure 20, the folding shrinking of castor 74 can also be, along with the longitudinal contraction of X-type support 48, connected X-type support 77 synchronously upwards shrinks, and the be dynamically connected support 76 of castor 74 of Timing Belt upwards shrinks, castor 74 folding shrinking.
As shown in figure 21, the folding shrinking of castor 74 can also be, along with the longitudinal contraction of X-type support 48, connected V-type support 70 synchronously upwards shrinks, and the synchronous castor 74 that drives upwards shrinks, castor 74 folding shrinking.
As shown in Figure 8,9, the storage of case lid control and car clothing 3: be oppositely energized by reducing motor 19 by remote controller, the output shaft gear of reducing motor 19 and gear ring 18 engage and drive cylinder 16 to rotate backward, car clothing 3 is wrapped on cylinder 16, after sensor 41 detects that car clothing 3 is wound around completely, output signal controls reducing motor 19 power-off to system electronic control setup 2, and cylinder 16 shuts down, and it is tightr that hauling rope 33 can make car clothing 3 be wound around.Oppositely be energized by reducing motor 20 by remote controller, the output shaft gear of reducing motor 20 engages with screw gear 26, feed screw nut 24 is driven to move downward, thus drive case lid 9 to decline, when feed screw nut 24 moves to close to lower end limit sensors 28, lower end limit sensors 28 output signal controls reducing motor 20 power-off to system electronic control setup 2, and case lid 9 stops declining, and case lid closes.
As shown in Figure 12,13,14, case lid controls and the storage of car clothing 3 can also be that leverage 22 deflects under the pulling force of pull back spring 32, and the output shaft gear of reducing motor 20 engages with gear ring 18.By remote controller by reducing motor 20 energising reversion, the output shaft gear of reducing motor 20 and gear ring 18 engage and drive cylinder 16 to rotate backward, car clothing 3 is wrapped on cylinder 16, after sensor 41 detects that car clothing 3 is wound around completely, output signal controls reducing motor 20 power-off to system electronic control setup 2, cylinder 16 stops reversion, and it is tightr that hauling rope 33 can make car clothing 3 be wound around.By remote controller by reducing motor 21 energising reversion, the nut of screw nut device 42 drives grooved towing attaching parts 23 to move backward, when proximity transducer 52, sensor 52 output signal controls reducing motor 21 power-off to system electronic control setup 2, screw nut device 42 stop motion, now grooved towing attaching parts 23 promotes leverage 22 along the deflection of anchor shaft conter clockwise, and the output shaft gear of reducing motor 20 departs from gear ring 18 and engages, and engages with screw gear 26.By remote controller by reducing motor 20 energising reversion, the output shaft gear of reducing motor 20 engages with screw gear 26, feed screw nut 24 is driven to move downward, thus drive case lid 9 to decline, when feed screw nut 24 moves to close to lower end limit sensors 28, lower end limit sensors 28 output signal controls reducing motor 20 power-off to system electronic control setup 2, and case lid 9 stops declining, and case lid closes.
As shown in Figure 10, case lid controls and the storage of car clothing 3 can also be, by remote controller by reducing motor 19 energising reversion, the output shaft gear of reducing motor 19 and gear ring 18 engage and drive cylinder 16 to reverse, be wrapped in by car clothing 3 on cylinder 16, after sensor 41 detects that car clothing 3 is wound around completely, output signal controls reducing motor 19 power-off to system electronic control setup 2, cylinder 16 shuts down, and it is tightr that hauling rope 33 can make car clothing 3 be wound around.Allow the Worm reduction motor 79 of band self-locking be energized by remote controller reverse, the output shaft gear of described Worm reduction motor 79 engages with tooth bar 67, the movement parts 30 of linear motion device is driven to move downward, thus drive case lid 9 to decline, when Worm reduction motor 79 moves to close to lower end limit sensors 28, lower end limit sensors 28 output signal controls Worm reduction motor 79 power-off to system electronic control setup 2, and case lid 9 stops declining, and case lid closes.
As shown in Figure 5, case lid controls and the storage of car clothing 3 can also be, by remote controller by reducing motor 19 energising reversion, the output shaft gear of reducing motor 19 and gear ring 18 engage and drive cylinder 16 to reverse, be wrapped in by car clothing 3 on cylinder 16, after sensor 41 detects that car clothing 3 is wound around completely, output signal controls reducing motor 19 power-off to system electronic control setup 2, cylinder 16 shuts down, and it is tightr that hauling rope 33 can make car clothing 3 be wound around.Allow the Worm reduction motor 79 of band self-locking be energized by remote controller reverse, the output shaft gear of described Worm reduction motor 79 engages with the described gear 7 of cam drive, the cross plate 8 be connected with rotating shaft 6 of cam drive is driven to reverse, thus drive inside contraction of the connecting rod 66 be connected with described cross plate 8 to pull the surrounding sidewall of described case lid 9 inwardly to overturn, when described cross plate 8 rotates close to right-hand member limit sensors 5, described right-hand member limit sensors 5 output signal controls Worm reduction motor 79 power-off to system electronic control setup 2, the surrounding sidewall of case lid 9 stops inwardly upset, case lid closes, perform an action more than all, can control separately to perform, also can be linked up by electronics package and automatically perform.
When running into strong wind weather, in order to prevent strong wind from damaging the case lid 9 risen, this awning device is also provided with strong wind weather, and car clothing mounting system is shunk automatically, and case lid 9 declines closing device automatically.Air velocity transducer 12 on case lid 9 constantly outputs signal in system electronic control setup 2 under wind action, system electronic control setup 2 compares judgement the signal that preset incoming signal and air velocity transducer 12 input, when the signal that air velocity transducer 12 inputs is greater than preset incoming signal, system electronic control setup 2 can control reducing motor 21 energising reversion, thus the contraction of band motor-car clothing mounting system enters in casing 1, then control reducing motor 21 power-off to stop, reducing motor 20 or Worm reduction motor 79 are energized contrarotation, thus case lid 9 is closed.Whole awning device now just becomes a car clothing, thus improves wind loading rating.For the wind that destructiveness is larger, all should accept, and casing 1 is taken off from antinose-dive leg device put into boot.
Claims (10)
1. a sunshade covering for vehicle, it comprises by case lid (9), the casing (1) that (10) at the bottom of case and dividing plate (11) form, it is characterized in that: at the bottom of described casing (1) case, the bottom of (10) is fixed with antinose-dive leg device by box casing locking device, car clothing support retractor device is provided with between (10) and dividing plate (11) at the bottom of described casing (1) case, the central upper portion position of described dividing plate (11) is provided with car clothing accommodation device, the central upper portion position of described car clothing accommodation device is provided with cylinder (16), the crown center of car clothing (3) is fixed on the top of described cylinder (16), at the bottom of described case (10) top center and be provided with the case lid control setup through described dividing plate (11) and described cylinder (16) with described cylinder (16) corresponding section, position, system electronic control setup (2) is also provided with between (10) and dividing plate (11) at the bottom of described casing (1) case.
2. sunshade covering for vehicle according to claim 1, it is characterized in that: described antinose-dive leg device comprises the support (38) of rectangle, four angles place of described support (38) rectangle is respectively equipped with vacuum cup (39), vertical two the support midways location of described support (38) are respectively equipped with direction recess (40), and the inner side of two supports that described support (38) is vertical or outside are also provided with lock house (37).
3. sunshade covering for vehicle according to claim 1, is characterized in that: described case lid control setup comprises straight-line motion mechanism, screw-nut body, sensor and driver module, described straight-line motion mechanism comprises and is fixed on movement parts (30) on described case lid (9) and one end by rigid connector and is arranged on fixed support (29) on (10) at the bottom of case, described movement parts (30) can free up-and-down movement along described fixed support (29), feed screw nut (24) on described screw-nut body is fixedly connected with movement parts (30), leading screw (25) on described screw-nut body is fixed on (10) at the bottom of case by leading screw bearing, the upper end limit sensors (27) of described screw-nut body and lower end limit sensors (28) are separately fixed at the two ends up and down of sensor stand (31), the lower end of described sensor stand (31) is fixed on (10) at the bottom of case, the top of described leading screw (25) and the top of described securing supports (29) are fixed by bearing and rigid connector.
4. sunshade covering for vehicle according to claim 1, is characterized in that: described case lid control setup can also comprise Worm reduction motor (79), tooth bar (67), the limit sensors module of straight-line motion mechanism, band auto-lock function, described straight-line motion mechanism comprises and is fixed on movement parts (30) on end cap (9) and one end by rigid connector and is arranged on fixed support (29) on (10) at the bottom of case, described movement parts (30) can free up-and-down movement along described fixed support (29), described Worm reduction motor (79) is fixed in described movement parts (30), the top of described tooth bar (67) and the top of described securing supports (29) are fixed by rigid connector, the bottom of described tooth bar (67) is fixed on (10) at the bottom of described case, the output shaft gear of described Worm reduction motor (79) engages with described tooth bar (67), the upper end limit sensors (27) of described limit sensors module and lower end limit sensors (28) are separately fixed at the two ends up and down of sensor stand (31), the lower end of described sensor stand (31) is fixed on (10) at the bottom of case.
5. sunshade covering for vehicle according to claim 1, is characterized in that: described case lid control setup can also comprise case lid support (69), cam drive, limit sensors module, Worm reduction motor (79), described case lid support (69) one end is fixed on (10) at the bottom of described case, the other end is fixed on case lid (9), described case lid (9) is made up of one piece of top board and four pieces of sidewall panelinies, the upper limb of four pieces of sidewall versions is fixed with four edges, limit of top board respectively by hinge, four pieces of sidewall panelinies can wrap page and freely overturn, described cam drive is by rotating shaft (6), gear (7), cross plate (8), connecting rod (66) forms, described rotating shaft (6) one end is fixed on (10) at the bottom of described case by bearing, the other end is fixed on case lid support (69) or described case lid (9) by bearing and attaching parts, the bottom of described rotating shaft (6) is fixed with gear (7), top is fixed with cross plate (8), described cross plate (8) is positioned at the top of described cylinder (16), four marginal ends of described cross plate (8) are connected respectively with one end of described connecting rod (66), the other end of described connecting rod (66) is connected by bearing pin with the sidewall of described case lid (9) respectively, described Worm reduction motor (79) is fixed on (10) at the bottom of case, the output shaft gear of described Worm reduction motor (79) is meshed with described gear (7), left end limit sensors (4) and the right-hand member limit sensors (5) of described limit sensors module are separately fixed on described case lid (9).
6. according to the arbitrary described sunshade covering for vehicle of claim 3-5, it is characterized in that: some air velocity transducers (12) installed by the wall of the case lid (9) of described case lid control setup, be fixed with solar energy photovoltaic panel (13) outside the top of described case lid (9), at the bottom of case, the lower surface of (10) is also fixed with some footing (14) and guide castor (75).
7. sunshade covering for vehicle according to claim 1, is characterized in that: described car clothing accommodation device comprises car clothing and rotates storage module and driver module; Described car clothing rotates storage module and comprises and be arranged on bearing on described dividing plate (11) or rotating disk (15), described dividing plate (11) is fixed on (10) at the bottom of described case by connecting pillar stiffener (54), described cylinder (16) is fixed on the inner ring of described bearing or rotating disk (15), the bottom of described cylinder (16) is provided with gear ring (18), the top of described cylinder (16) is provided with position-arresting disk (17) with holes, and described dividing plate (11) is upper and contiguous described cylinder (16) lower surface position place is provided with sensor (41); Described driver module comprises the second reducing motor (19) be arranged on (10) at the bottom of described case, and the gear on described second reducing motor (19) output shaft engages with described gear ring (18); Described driver module can also be the leverage (22) be arranged on by rotating shaft on (10) at the bottom of described case, pull back spring (32) is provided with between (10) at the bottom of the left side sidewall of described leverage (22) and described case, described leverage (22) is fixed with the 3rd reducing motor (20), the gear on described 3rd reducing motor (20) output shaft engages with described gear ring (18).
8. sunshade covering for vehicle according to claim 1, it is characterized in that: be arranged on car clothing (30) on described cylinder (16) outer wall with hauling rope (33), one end of this hauling rope (33) is fixed on the outer wall of cylinder (16), the other end is through in slip ring (34), and being fixed on the edge of car clothing (3), described slip ring (34) is connected to described dividing plate (11) edge.
9. sunshade covering for vehicle according to claim 1, it is characterized in that: described box casing locking device comprises four interlock pin (35), Electromalgnetic locking mechanism (36), dead bolt (37) composition, four interlock pin (35) and Electromalgnetic locking mechanism (36) are fixed on (10) at the bottom of case by pedestal, the electromagnetism extensible member of Electromalgnetic locking mechanism (36) is then fixed on the support of four interlock pin (35), and the described dead bolt (37) on the electromagnetism extensible member of Electromalgnetic locking mechanism (36) and described antinose-dive leg device is locked mutually.
10. sunshade covering for vehicle according to claim 1, it is characterized in that: described car clothing support retractor device comprises car clothing carriage drive unit, car clothing support telescopic unit, wherein: described car clothing carriage drive unit is made up of the first reducing motor (21) being arranged on (10) at the bottom of described case and screw nut device (42), the output of described first reducing motor (21) is connected with the leading screw of described screw nut device (42), nut on described screw nut device (42) pulls connector (23) with grooved and is connected, described grooved towing connector (23) is provided with horizontal channel, the bearing pin (45) of rigid connector (47) one end it is provided with in it, the other end of described rigid connector (47) is overlapping with the bearing pin of X-type support (48), described X-type support (48) is divided into two the X-type supports in left and right, this two-part inner top is connected by a rigid connector (49), inner bottom is fixed on (10) at the bottom of case by bearing pin, the bottom bearing pin of the left and right sides of the contiguous fixing points of two the X-type supports in left and right respectively sliding part with the line slideway (46) being arranged on (10) at the bottom of case be connected, one switch lock clamp (44) is fixed on grooved towing connector (23) left end by the bearing pin of band spring, upper right end and the lower middle position of described switch lock clamp (44) are equipped with flange, and limit switch locking device (43) is arranged on (10) at the bottom of the case being close to described switch lock clamp (44), one end of lever (22) is stretched in described cylinder (16) and is fixedly connected with the 3rd reducing motor (20), the centre of described lever (22) is fixed on (10) at the bottom of case by rotating shaft, is provided with return spring (32) at the bottom of the left side sidewall of described lever (22) and described case between (10), described car clothing carriage drive unit can also be made up of the first reducing motor (21) being arranged on (10) at the bottom of described case and screw nut device (42), the output of described first reducing motor (21) is connected with the leading screw of described screw nut device (42), nut and one end of rigid connector (47) on described screw nut device (42) are fixed, the other end of described rigid connector (47) is connected with the bearing pin of X-type support (48), the middle lower portion of described X-type support (48) is fixed on (10) at the bottom of case by bearing pin, the bottom bearing pin of the contiguous fixing point of described X-type support (48) is connected with the sliding part of the line slideway (46) being arranged on (10) at the bottom of case by described rigid connector (47), described car clothing carriage drive unit can also be made up of the first reducing motor (21) being arranged on (10) at the bottom of described case and screw nut device (42), the output of described first reducing motor (21) is connected with the leading screw of described screw nut device (42), nut and the centre of rigid connector (58) on described screw nut device (42) are fixed, in the middle of the X-type support (48) of (10) both sides at the bottom of described case, outside or interior survey are fixed on (10) at the bottom of described case by bearing pinThe outside that the two ends of described rigid connector (58) are corresponding with the contiguous fixing point of the X-type support (48) being positioned at (10) both sides at the bottom of described case respectively or survey bearing pin are connected, described car clothing carriage drive unit can also be made up of the Worm reduction motor (80) of band self-locking and tooth bar (81) being arranged on described rigid connector (47) one end, the gear of output end of described Worm reduction motor (80) is meshed with the described tooth bar (81) being fixed on (10) at the bottom of case, the other end of described rigid connector (47) is connected with the bearing pin of described X-type support (48), the middle lower portion of described X-type support (48) is fixed on (10) at the bottom of case by bearing pin, the bottom bearing pin of the contiguous fixing point of described X-type support (48) is connected with the sliding part of the line slideway (46) being arranged on (10) at the bottom of case by described rigid connector (47), described car clothing support telescopic unit comprises inner longitudinal extension device, two ends transversal stretching device, both sides longitudinal extension device, castor jack, wherein: described inner longitudinal extension device comprises X-type support (48), telescopic support device (53), described X-type support (48) is divided into two the X-type supports in left and right, this two-part inner top is connected by a rigid connector (49), inner bottom is fixed on (10) at the bottom of case, the bearing pin of the left and right sides of the contiguous fixing points of two the X-type supports in left and right respectively sliding part with the line slideway (46) being arranged on (10) at the bottom of case be connected, the link of rigid connector (47) is overlapping with the bearing pin of X-type support (48), described inner longitudinal extension device can also be fixed on (10) at the bottom of case by described X-type support (48) middle lower portion, one end of rigid connector (47) is connected with the bearing pin adjacent with fixing point of X-type support (48), the nut of the other end and described screw nut device (42) fixes, and sliding part and the described rigid connector (47) of the line slideway (46) being arranged on (10) at the bottom of case fix, described inner longitudinal extension device can also be made up of two groups of X-type supports (48), described X-type support (48) lays respectively at the both sides of (10) at the bottom of described case, in the middle of described X-type support (48), outside or interior survey bearing pin are fixed on (10) at the bottom of described case, the outside that the two ends of described rigid connector (58) are corresponding with the contiguous fixing point of described X-type support (48) respectively or interior survey bearing pin are connected, and the centre of described rigid connector (58) and the nut of described screw nut device (42) fix, the fixture of described telescopic support device (53) is fixed on (10) at the bottom of described case, and the outer end of the moving member of described telescopic support device (53) is fixed on support (63), described two ends transversal stretching device comprises support (63), fixed pulley (64), chain wheel rope (65), X-type support (68), connector (56), Telescopic rod device (57), described support (63) is provided with vertical groove, the centre of described support (63) by pinned connection described X-type support (48) with described case at the bottom of (10) fixing point with the lower end at two ends surveyed or upper endBeing connected by the groove of bearing pin with described support (63) in the upper end at the two ends surveyed or lower end with (10) fixing point at the bottom of described case of described X-type support (48), the bearing pin in the two ends groove of described X-type support (48) can move freely in the groove of described support (63); Described fixed pulley (64) is fixed on the two ends of described support (63), the described fixed pulley (64) at two ends is connected by chain wheel rope (65), one end of described X-type support (68) passes on left close fluted one end that bearing pin is fixed on described support (63), and a bearing pin of the left side adjacent fixed ends of described X-type support (68) is connected with the bearing pin on the top of described X-type support (48) by described connector (56); The fixture of described Telescopic rod device (57) is separately fixed at the both sides of chain wheel rope (65) described in the two ends of described support (63), and the inner of the movement parts of described Telescopic rod device (57) is connected with described chain wheel rope (65) respectively; Described two ends transversal stretching device can also by support (63), X-type support (68), connector (56) forms, the centre of described support (63) has two independent vertical grooves, the centre of described support (63) is by the two ends bottom of pinned connection described X-type support (48), the top, two ends of described X-type support (48) is connected by the upper groove of bearing pin with described support (63), and the bearing pin on the top, two ends of described X-type support (48) can move freely in the upper groove of described support (63); The middle bearing pin of described X-type support (68) is overlapping with the bearing pin of the bottom, two ends of described X-type support (48), the homonymy bearing pin of the adjacent fixing point of described X-type support (68) is arranged in the lower groove of described support (63), and the one end with described connector (56) is connected, the other end of described connector (56) is connected with the bearing pin being positioned at the upper groove of described support (63) of described X-type support (48); Described two ends transversal stretching device can also be comprise support (63), timing belt pulley (61), Timing Belt (62), tooth bar (59), change gear box (60), Telescopic rod device (57), described support (63) is provided with vertical groove, described support (63) is by the two ends bottom of pinned connection described X-type support (48), the top, two ends of described X-type support (48) is connected by the groove of bearing pin with described support (63), and the bearing pin on the top, two ends of described X-type support (48) can move freely in the groove of described support (63); Described timing belt pulley (61) is fixed on the two ends of described support (63), described timing belt pulley (61) is connected by described Timing Belt (62), one end of described tooth bar (59) is connected with the bearing pin being positioned at groove on the top of described X-type support (48), the other end is through described change gear box (60), and the gears meshing inner with described change gear box (60), described change gear box (60) is fixed on one end of described support (63), the output shaft of described change gear box (60) is overlapping with the axle of a described timing belt pulley (61)The fixture of described Telescopic rod device (57) is separately fixed at the both sides of Timing Belt (62) described in the two ends of described support (63), and the inner of the movement parts of described Telescopic rod device (57) is connected with described Timing Belt (62) respectively, the two ends of described both sides longitudinal extension device outer end with the Telescopic rod device (57) of described support (63) homonymy are connected respectively, described castor jack by castor (74), support (76), X-type support (77), U-shaped connector (78) forms, it is connected with described X-type support (77) by described U-shaped connector (78) at the outside two ends of described X-type support (48), the lower end thereof end winding support of described X-type support (77) is on a cross bar (76) with castor (74), described cross bar (76) is provided with chute or guide rail, and the other end end, bottom of X-type support (77) is arranged in this chute or on guide rail, described castor jack can also by castor (74), V-type support (70), U-shaped connector (78) forms, being connected with described V-type support (70) at the two ends of described X-type support (48) by described U-shaped connector (78), the lower end of described V-type support (70) is fixed with described castor (74), described castor jack can also by support (63), support (71), first connector (72), second connector (73), castor (74) forms, described first connector (72), second connector (73) connects into V-type connector, the junction of this V-type connector is provided with castor (74), support (63) two ends of the oriented upper junction plate of end belt respectively free end with the second connecting rod (73) be connected, first support (63) two ends of the oriented lower connecting plate of end belt respectively free end with head rod (72) be connected, two bearing pins of the adjacent homonymy in two ends of X-type support (48) are separately fixed on support (63) and support (71), described support (63) and support (71) are all arranged with chute or guide rail, adjacent two bearing pins of the opposite side of the adjacent fixing point in two ends of X-type support (48) be arranged in this chute or guide rail sliding part on.
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| CN201420633085.2U CN204263915U (en) | 2014-10-29 | 2014-10-29 | A kind of sunshade covering for vehicle |
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| CN201420633085.2U CN204263915U (en) | 2014-10-29 | 2014-10-29 | A kind of sunshade covering for vehicle |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104816615A (en) * | 2015-05-22 | 2015-08-05 | 张卫 | Portable vehicle sunshade |
| CN105599576A (en) * | 2016-01-22 | 2016-05-25 | 廖向明 | Automatic protective cover for automobile |
| CN104276016B (en) * | 2014-10-29 | 2017-02-15 | 吴吉森 | Automotive sunshade |
| CN108099568A (en) * | 2017-12-08 | 2018-06-01 | 胡海明 | A kind of universal location device of automobile heat insulation device |
-
2014
- 2014-10-29 CN CN201420633085.2U patent/CN204263915U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104276016B (en) * | 2014-10-29 | 2017-02-15 | 吴吉森 | Automotive sunshade |
| CN104816615A (en) * | 2015-05-22 | 2015-08-05 | 张卫 | Portable vehicle sunshade |
| CN104816615B (en) * | 2015-05-22 | 2017-01-25 | 张卫 | Portable vehicle sunshade |
| CN105599576A (en) * | 2016-01-22 | 2016-05-25 | 廖向明 | Automatic protective cover for automobile |
| CN108099568A (en) * | 2017-12-08 | 2018-06-01 | 胡海明 | A kind of universal location device of automobile heat insulation device |
| CN108099568B (en) * | 2017-12-08 | 2019-08-09 | 胡海明 | A kind of universal location device of automobile heat insulation device |
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