CN203590136U - A multifunctional sunshade apparatus - Google Patents
A multifunctional sunshade apparatus Download PDFInfo
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- CN203590136U CN203590136U CN201320350011.3U CN201320350011U CN203590136U CN 203590136 U CN203590136 U CN 203590136U CN 201320350011 U CN201320350011 U CN 201320350011U CN 203590136 U CN203590136 U CN 203590136U
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- multifunctional sun
- umbrella cloth
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/50—Photovoltaic [PV] energy
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Abstract
The utility model provides a multifunctional sunshade apparatus comprising a machine cabinet (1), an elevating mechanism (2) and a folding mechanism (3). The elevating mechanism (2) is connected with the machine cabinet (1). The elevating mechanism (2) drives the folding mechanism (3) to carry out stretching and folding. The machine cabinet (1) comprises a cabinet body (11) and a motor. The elevating mechanism (2) comprises an elevating bar (21), an elevating platform (22) and an elevating seat (23). The motor-driven elevating platform (22) arranged inside the cabinet body (11) moves along an axial direction of the elevating bar (21). The elevating bar (21) is installed on the in the cabinet body (11) through the elevating seat (23). The multifunctional sunshade apparatus of the utility model is reasonable in structural design. When faults occur to equipment, an umbrella cloth can be folded in a hand-operated mode through an emergency mechanism, and the assembling efficiency is substantially raised through a plug-and-play buckle. The multifunctional sunshade apparatus has a wide market prospect.
Description
Technical field
The utility model relates to umbrella class device, particularly, relates to a kind of Multifunctional sun-shading device.
Background technology
Solar energy is clean energy resource, it usings daytime sunlight as the energy, utilizes solar cell to charge a battery, and solar energy is converted to chemical energy and is stored in storage battery, the storage battery of usining provides energy as power supply to load, and the chemical energy in storage battery is transformed into other form energy.
In the prior art, utilize that the remote-control umbrella of solar energy exists unreasonable structure more, assembling is complicated, maintenance is difficult and useful life short weak point, be therefore necessary to develop a kind of can reasonable in design, possess the Multifunctional sun-shading device of human features.
Utility model content
For defect of the prior art, the purpose of this utility model is to provide a kind of Multifunctional sun-shading device.
According to an aspect of the present utility model, a kind of Multifunctional sun-shading device is provided, comprise cabinet 1, elevating mechanism 2, fold mechanism 3, wherein, elevating mechanism 2 is connected on cabinet 1, elevating mechanism 2 drives fold mechanism 3 stretch and draw in, cabinet 1 comprises casing 11, motor 12, elevating mechanism 2 comprises: elevating lever 21, lifting platform 22, elevating bracket 23, wherein: be arranged on motor in casing 11 12 and drive lifting platforms 22 along the moving axially of elevating lever 21, elevating lever 21 is installed on casing 11 by elevating bracket 23.
Preferably, elevating lever 21 comprises screw rod 211, lead 212, drive nut 213, lead 212 comprises guiding raised line 2121, lifting platform 22 comprises lifting disk 221, urgent release connection part 222, wherein: drive nut 213 is installed on screw rod 211, screw rod 211 is installed on lead 212, lifting disk 221 is provided with the first gathering sill 22111 matching with the guiding raised line 2121 of lead 212, and the first screw rod receiving opening 22112 that is installed with screw rod 211, lifting disk 221 connects urgent release connection part 222, urgent release connection part 222 drive nut 213 that removably connects, the control end of fold mechanism 3 connects lifting disk 221.
Preferably, urgent release connection part 222 comprises L shaped connector 2221, urgent bolt 2222, wherein: an arm portions of L shaped connector 2221 is connected in lifting disk 221, and another arm portions is removably connected to drive nut 213 by urgent bolt 2222.
Preferably, lifting disk 221 comprises centre slice 2211, fold mechanism installation sleeve 2212, wherein: centre slice 2211 is provided with the first gathering sill 22111 and the first screw rod receiving opening 22112, the outer rim of centre slice 2211 is extended protruded arm 22113, fold mechanism installation sleeve 2212 is provided with stopper slot 22121, the end of protruded arm 22113 is arranged in stopper slot 22121 and is closely connected with stopper slot 22121, and it is interior and hinged with the cell wall of stopper slot 22121 that the control end of fold mechanism 3 is arranged on stopper slot 22121.
Preferably, stopper slot 22121 is U-lag, and between U-lag cell wall, width equals or be slightly larger than the width of protruded arm 22113, and between U-lag cell wall, width equals or be slightly larger than the control end of fold mechanism 3.
Preferably, lifting platform 22 also comprises guide 223, lead 212 also comprises bearing 2122, guiding pipe box 2123, wherein: screw rod 211 is positioned at guiding pipe box 2123, the two ends of screw rod 211 are connected in respectively the two ends of guiding pipe box 2123 by bearing 2122, guiding pipe box 2123 is installed on casing 11 by elevating bracket 23, on guiding pipe box 2123, be provided with the second gathering sill 21211, guide 223 comprises ring segment 2233, and from the extended slide block 2231 of ring segment 2233, ring segment 2233 is provided with the second screw rod receiving opening 2232 that is installed with screw rod 211, the second gathering sill 21211 matches with slide block 2231, slide block 2231 connects lifting disk 221, the radius of ring segment 2233 is slightly less than the internal diameter of guiding pipe box 2123.
Preferably, slide block 2231 is connected between L shaped connector 2221 and lifting disk 221.
Preferably, guiding raised line 2121 is provided with cable hole 21211.
Preferably, lifting disk 221 is axial symmetry parts, and elevating bracket 23 is an integral body with casing 11.
Preferably, fold mechanism 3 comprises some folding arm unit 31 that connect successively, wherein, the control end of the folding arm unit 31 of inner side connects respectively lifting platform 22 and elevating bracket 23, between adjacent folding arm unit 31, be positioned at the hinged control end that is positioned at the folding arm unit 31 in outside of output of the folding arm unit 31 of inner side.
Preferably, folding arm unit 31 comprises connecting axle 312 and at least two linking arms 311, the middle part of linking arm 311 is provided with the installing hole 3111 matching with connecting axle 312, and the middle part of two linking arms 311 of same folding arm unit 31 is hinged by installing hole 3111 and connecting axle 312.
Preferably, the folding arm unit 31 of same fold mechanism 3 is highly identical between the connecting axle 312 at linking arm 311 middle parts.
Preferably, spacer ring body 3121 is extended at axis body 3124 middle parts of connecting axle 312, and two ends of connecting axle 312 are respectively arranged with annular slot 3122, are provided with the collar 31111 matching with annular slot 3122 on the hole wall of installing hole 3111.
Preferably, the section of spacer ring body 3121 is trapezoidal, and this trapezoidal length that is connected in the base of axis body 3124 is greater than top margin.
Preferably, smooth connection between the end face 3123 of connecting axle 312 and side 3126, the radius of the end face 3123 of connecting axle 312 is less than axis body 3124 radiuses of connecting axle 312.
Preferably, the two ends of connecting axle 312 are provided with dismounting groove 3125, and dismounting groove 3125 is from end face 3123 axially the extending to the inside of connecting axle 312 along connecting axle 312 of connecting axle 312.
Preferably, between the side of the end of connecting axle 312 and the hole wall of installing hole 3111, there is gap.
Preferably, the section of linking arm 311 is I-shaped.
Preferably; folding arm unit 31 also comprises the protection plug 313 that is arranged on linking arm 311 tops; protection plug 313 comprises protection fork clip button 3131, protective surface 3132, umbrella cloth installation draw-in groove 3133; wherein; protective surface 3132 has thickness; protection fork clip button 3131 is connected to the below of protective surface 3132; the inner side of protection fork clip button 3131 forms umbrella cloth draw-in groove 3133 is installed; umbrella cloth is installed draw-in groove 3133 and is connected with through hole in protective surface 3132, and the top of linking arm 311 is provided with the protection plug of protecting fork clip button 3131 to match draw-in groove 3112 is installed.
Preferably; folding arm unit 31 also comprises the umbrella cloth fastener 314 that is installed on protection plug 313; wherein; umbrella cloth fastener 314 comprises umbrella cloth buckle side 3141 and umbrella cloth fastener 3142; umbrella cloth buckle side 3141 has thickness; umbrella cloth fastener 3142 is arranged on the below of umbrella cloth buckle side 3141, and umbrella cloth is installed draw-in groove 3133 and matched with umbrella cloth fastener 3142.
Preferably, also comprise umbrella cloth, wherein, umbrella cloth is connected in the top of fold mechanism 3.
Preferably, be provided with through hole on umbrella cloth, the umbrella cloth fastener 3142 of umbrella cloth fastener 314 is arranged on umbrella cloth through the through hole on umbrella cloth and installs in draw-in groove 3133.
Preferably, also comprise VELCRO, wherein, VELCRO is arranged on umbrella cloth the position corresponding to vehicle reflector and/or handle.
Preferably, extend upward motor support slot part 111 at the bottom of the case of casing 11, the groove face of motor support slot part 111 and the bottom shape of motor 12 match.
Preferably, the case lid of casing 11 extends indent portion 112 on motor downwards, and on motor, the top shape of the notch of indent portion 112 and motor 12 matches.
Preferably, cabinet 1 also comprises motor fixing plate 13 and motor fixing plate mounting groove 14, and wherein, the shell of motor 12 is stuck in the motor installing hole 131 of motor fixing plate 13.
Preferably, motor 12 is by two axial orthogonal bevel type gear 121 drive screws 211.
Preferably, cabinet 1 also comprises controller 15, cabinet 1 also comprise be connected with controller 15 following any or appoint a plurality of devices:
-indicator light;
-display screen;
-mains switch;
-remote communication means.
Preferably, cabinet 1 also comprises power supply 16, and casing 11 comprises power supply cover plate 113, casing 11 is provided with power supply draw-in groove 114 in the bottom of power supply cover plate 113, power supply 16 is arranged in power supply draw-in groove 114, and for cabinet 1 provides power supply, power supply 16 comprises commercial power charged interface and/or solar charging electrical interface.
Preferably, also comprise solar panels 4, wherein, solar panels 4 are installed on the top of elevating mechanism 2.
Preferably, solar panels 4 comprise solar cell 41, battery mounting panel 42, stiffener 43, battery mounting panel draw-in groove 44, the top of elevating mechanism 2 is provided with the battery mounting panel buckle 24 matching with battery mounting panel draw-in groove 44, solar cell 41 is arranged in the solar cell groove 421 of battery mounting panel 42 upper surfaces, and stiffener 43 is connected between battery mounting panel draw-in groove 44 and the bottom surface of battery mounting panel 42.
Preferably, on the cell wall of battery mounting panel draw-in groove 44, be provided with trough.
Preferably, cabinet 1 also comprises wheel 17, and wherein, wheel 17 is arranged on the bottom of casing 11.
Preferably, also comprise base 5, wherein, cabinet 1 is installed on base 5 with removably.
Preferably, base 5 is sucked type base, is provided with sucker control handle 51, handlebar locked mechanism 52 on sucked type base, and sucker control handle is controlled sucked type base and connected and discharge, and handlebar locked mechanism is for locking the position of sucker control handle.
Preferably, on sucker control handle 51, be provided with base link slot 511, the bottom of described casing 11 is provided with sucker control handle holding tank 115, in sucker control handle holding tank 115, be provided with the base matching with base link slot 511 and be connected card article 116, sucker control handle 51 is connected being mounted in sucker control handle holding tank 115 of card article 116 with base by base link slot 511.
Preferably, cabinet 1 also comprises base locking mechanism 18, the dead bolt of base locking mechanism 18 be arranged on lock tongue slot 512 on sucker control handle 51 and match cabinet 1 and base 5 are locked in to connection status.
Preferably, folding arm unit 31 also comprises being ring portion 315, wherein, it is one end that ring portion 315 is connected to linking arm 311, be that ring portion 315 is provided be hole 3151, on umbrella cloth 6, be provided with tether, umbrella cloth 6 is that tether in hole 3151 is connected with folding arm unit 31 by being through.
Preferably, umbrella cloth 6 comprises umbrella top 61, full skirt portion 62, and wherein, the upper end at umbrella top 61 is connected in the top of elevating mechanism 2, and full skirt portion 62 is removably connected to the lower limb at umbrella top 61.
Preferably, at least one folding arm unit 31 also comprises folding arm unit expanded angle guide vane end stop 3113, and folding arm unit expanded angle guide vane end stop 3113 launches angle by the maximum between the linking arm end being connected and is limited in below 180 degree.
Preferably, folding arm unit expanded angle guide vane end stop 3113 is adjacent with the installing hole 3111 that is positioned at 31 ends, folding arm unit in 31Shang position, folding arm unit.
Compared with prior art, the utlity model has following beneficial effect:
1, emergency mechanism also can be drawn umbrella cloth in for user when equipment fault, has thoroughly avoided the shortcoming that cannot draw umbrella cloth in when there is power failure;
2, utilizing is that plug-in card links and connects umbrella cloth and fold mechanism, has improved efficiency of assembling;
3, solar panels structural strength is large, and is provided with buckle and trough, is convenient for changing the useful life with wire, and is beneficial to environmental protection;
4, umbrella cloth utilizes VELCRO to be connected to easily on vehicle handle and reflective mirror, and then improves the wind loading rating of umbrella cloth;
5, replaceable battery is arranged at the bottom of cabinet, can quick-replaceable battery by opening battery cover;
6, the mounting means of motor is stable, and noise is low, and repair and replacement are convenient;
7, electric weight surplus that can display power supply by display screen, reminding user is changed power supply in time;
8, bottom half is provided with wheel, thereby the dilatory casing of user is that mobile tank is laborsaving;
9, base suction is large, and the mounting means of base and cabinet is connected firmly, stable;
10, lifting rod structure is reasonable, guarantees that product can be used for a long time.
Accompanying drawing explanation
By reading the detailed description of non-limiting example being done with reference to the following drawings, it is more obvious that other features, objects and advantages of the present utility model will become:
Fig. 1 is overall structure schematic diagram of the present utility model;
View when Fig. 2 is fold mechanism gathering;
Fig. 3 is the annexation schematic diagram of fold mechanism and elevating mechanism;
Fig. 4 is view when in emergency circumstances lifting disk is separated with screw rod;
Fig. 5 is the structural representation of L shaped connector;
Fig. 6 is the structural representation of lifting disk;
Fig. 7 is the structural representation of elevating lever;
Fig. 8 is view when lifting disk is connected with screw rod under normal circumstances;
Fig. 9 is the structural representation of guide;
Figure 10 is the position relationship schematic diagram of lifting disk and guide;
Figure 11 is the structural representation of folding arm unit;
Figure 12 is the zoomed-in view of connecting axle;
Figure 13 is the cross-sectional view of folding arm unit;
Figure 14 is the perspective view of connecting axle;
Figure 15 is the annexation schematic diagram of protection plug with umbrella cloth fastener;
Figure 16 is the cross-sectional view of solar panels;
Figure 17 is the perspective view of cabinet inside;
Figure 18 is the vertical view of cabinet inside;
Figure 19 is the structural representation of electrical installation;
Figure 20 is the structural representation of power supply mounting means;
Figure 21 is the structural representation of base;
Figure 22 is the annexation schematic diagram of base and cabinet;
Figure 23 is the annexation schematic diagram of base and cabinet;
Figure 24 is to be the structural representation of ring portion;
Figure 25 is the annexation schematic diagram between umbrella top and full skirt portion;
Figure 26 is the structural representation of prerotation vane;
Figure 27 is linking arm and is the structural representation of ring portion;
Figure 28 is the structural representation of the folding arm unit expanded angle guide vane end stop of linking arm;
Figure 29 is the structural representation of folding arm unit expanded angle guide vane end stop and installing hole;
Figure 30 is the maximum angle that folding arm unit can launch under the restriction of folding arm unit expanded angle guide vane end stop;
Structural representation when Figure 31 is the gathering of folding arm unit;
Figure 32 is the schematic diagram of case control panel;
Figure 33 is overall structure schematic diagram of the present utility model, visible 8 folding arm unit in Figure 33;
Figure 34 is the schematic diagram of cabinet bottom surface.
In figure:
1-cabinet 2-elevating mechanism
11-casing 21-elevating lever
111-motor support slot part 211-screw rod
The 212-of indent portion lead on 112-motor,
The 113-power supply cover plate 2121-raised line that leads
114-power supply draw-in groove 21211-cable hole
115-sucker control handle holding tank 2122-bearing
116-base connects card article 2123-guiding pipe box
12-motor 21211-the second gathering sill
121-bevel type gear 213-drive nut
13-motor fixing plate 22-lifting platform
131-motor installing hole 221-lifting disk
14-motor fixing plate mounting groove 2211-centre slice
15-controller 22111-the first gathering sill
16-power supply 22112-the first screw rod receiving opening
17-wheel 22113-protruded arm
18-base locking mechanism 22114-prerotation vane
3-fold mechanism 2212-fold mechanism installation sleeve
31-folding arm unit 22121-stopper slot
The urgent release connection part of 311-linking arm 222-
3111-installing hole 2221-L shape connector
The urgent bolt of 31111-collar 2222-
3112-protection plug is installed draw-in groove 223-guide
3113-folding arm unit expanded angle guide vane end stop 2231-slide block
312-connecting axle 2232-the second screw rod receiving opening
3121-spacer ring body 2233-ring segment
3122-annular slot 23-elevating bracket
3123-end face 24-battery mounting panel buckle
3124-axis body 4-solar panels
3125-dismounting groove 41-solar cell
3126-side 42-battery mounting panel
313-protection plug 43-stiffener
3131-protection fork clip button 44-battery mounting panel draw-in groove
3132-protective surface 5-base
3133-umbrella cloth is installed draw-in groove 51-sucker control handle
314-umbrella cloth fastener 511-base link slot
3141-umbrella cloth buckle side 512-lock tongue slot
3142-umbrella cloth fastener 52-handlebar locked mechanism
315-is ring portion 6-umbrella cloth
3151-is 61-San top, hole
316-linking arm stiffener 611-umbrella top extension
62 full skirt portions
63-slide fastener
Embodiment
Below in conjunction with specific embodiment, the utility model is elaborated.Following examples will contribute to those skilled in the art further to understand the utility model, but not limit in any form the utility model.It should be pointed out that to those skilled in the art, without departing from the concept of the premise utility, can also make some distortion and improvement.These all belong to protection range of the present utility model.
As depicted in figs. 1 and 2, the Multifunctional sun-shading device providing according to the utility model, comprises cabinet 1, elevating mechanism 2, fold mechanism 3, solar panels 4, base 5, umbrella cloth.Particularly, elevating mechanism 2 is connected on cabinet 1, elevating mechanism 2 drives fold mechanism 3 stretch and draw in, cabinet 1 comprises casing 11, motor 12, elevating mechanism 2 comprises: elevating lever 21, lifting platform 22, elevating bracket 23, wherein: the motor 12 being arranged in casing 11 drives lifting platform 22 moving axially along elevating lever 21, elevating lever 21 is installed on casing 11 by elevating bracket 23, umbrella cloth is connected in the top of fold mechanism 3, solar panels 4 are installed on the top of elevating mechanism 2, and cabinet 1 is installed on base 5 with removably.
In the present embodiment, lifting platform 22 is positioned at the top of elevating bracket 23, when lifting platform 22 moves from lower to upper, lifting platform 22 drives fold mechanism 3 to draw in gradually, when lifting platform 22 moves from lower to upper, fold mechanism 3 launches gradually under the driving of lifting platform 22, and correspondingly, the umbrella cloth that is connected in fold mechanism 3 also draws in thereupon and launches.And change in example at one, lifting platform can be positioned at the below of elevating bracket, and fold mechanism can be realized equally and draws in and launch under the driving of lifting platform.Further, on umbrella cloth, be provided with VELCRO, by VELCRO, can make umbrella cloth be fixed on the reflective mirror of vehicle and handle etc. and locate, thereby improve the wind loading rating of umbrella cloth.
More specifically, below the concrete structure of elevating mechanism 2 is described in detail.
Elevating lever 21 comprises screw rod 211, lead 212, drive nut 213, lead 212 comprises guiding raised line 2121, lifting platform 22 comprises lifting disk 221, urgent release connection part 222, wherein: drive nut 213 is installed on screw rod 211, screw rod 211 is installed on lead 212, lifting disk 221 is provided with the first gathering sill 22111 matching with the guiding raised line 2121 of lead 212, and the first screw rod receiving opening 22112 that is installed with screw rod 211, lifting disk 221 connects urgent release connection part 222, urgent release connection part 222 drive nut 213 that removably connects, the control end of fold mechanism 3 connects lifting disk 221.Urgent release connection part 222 comprises L shaped connector 2221, urgent bolt 2222, wherein: an arm portions of L shaped connector 2221 is connected in lifting disk 221, and another arm portions is removably connected to drive nut 213 by urgent bolt 2222.
As shown in Figure 8, the in the situation that of the normal operation of Multifunctional sun-shading device, lifting disk 221 is connected with drive nut 213 by urgent release connection part 222, thereby lifting disk 221 can corresponding rising or decline under the driving of drive nut 213.And break down while causing screw rod 211 to stop the rotation when Multifunctional sun-shading device, if continuing to keep being connected umbrella cloth with drive nut 213, can not draw in lifting disk 221, now urgent bolt 2222 can be removed from drive nut 213, thereby lifting disk 221 and drive nut 213 are separated, as shown in Figure 4, thereby under artificial active force, still can make lifting disk 221 can rise to draw in umbrella cloth.Wherein, urgent bolt 2222 is preferably interior hexagonal bolt.
Lifting platform 22 also comprises guide 223, lead 212 also comprises bearing 2122, guiding pipe box 2123, wherein: screw rod 211 is positioned at guiding pipe box 2123, the two ends of screw rod 211 are connected in respectively the two ends of guiding pipe box 2123 by bearing 2122, guiding pipe box 2123 is installed on casing 11 by elevating bracket 23, on guiding pipe box 2123, be provided with the second gathering sill 21211, guide 223 comprises ring segment 2233, and from the extended slide block 2231 of ring segment 2233, ring segment 2233 is provided with the second screw rod receiving opening 2232 that is installed with screw rod 211, the second gathering sill 21211 matches with slide block 2231, slide block 2231 connects lifting disk 221, the radius of ring segment 2233 is slightly less than the internal diameter of guiding pipe box 2123.Slide block 2231 is connected between L shaped connector 2221 and lifting disk 221.Guiding raised line 2121 is provided with cable hole 21211.Lifting disk 221 is axial symmetry parts, and elevating bracket 23 is an integral body with casing 11.
Lifting disk 221 comprises centre slice 2211, fold mechanism installation sleeve 2212, wherein: centre slice 2211 is provided with the first gathering sill 22111 and the first screw rod receiving opening 22112, the outer rim of centre slice 2211 is extended protruded arm 22113, the prerotation vane 22114 matching with guiding raised line 2121 is extended in the bottom surface of centre slice 2211, fold mechanism installation sleeve 2212 is provided with stopper slot 22121, the end of protruded arm 22113 is arranged in stopper slot 22121, and be closely connected with stopper slot 22121, the control end of fold mechanism 3 is arranged in stopper slot 22121, and hinged with the cell wall of stopper slot 22121.Stopper slot 22121 is U-lag, and between U-lag cell wall, width equals or be slightly larger than the width of protruded arm 22113, and between U-lag cell wall, width equals or be slightly larger than the control end of fold mechanism 3.
Next the concrete structure of foldable structure 3 is described in detail.
Fold mechanism 3 comprises some folding arm unit 31 that connect successively, wherein, the control end of the folding arm unit 31 of inner side connects respectively lifting platform 22 and elevating bracket 23, between adjacent folding arm unit 31, be positioned at the hinged control end that is positioned at the folding arm unit 31 in outside of output of the folding arm unit 31 of inner side.As shown in Figure 11 to 14, folding arm unit 31 comprises connecting axle 312 and at least two linking arms 311, the middle part of linking arm 311 is provided with the installing hole 3111 matching with connecting axle 312, and the middle part of two linking arms 311 of same folding arm unit 31 is hinged by installing hole 3111 and connecting axle 312.The folding arm unit 31 of same fold mechanism 3 highly identical between the connecting axle 312 at linking arm 311 middle parts, as shown in Figure 2.Spacer ring body 3121 is extended at axis body 3124 middle parts of connecting axle 312, and two ends of connecting axle 312 are respectively arranged with annular slot 3122, are provided with the collar 31111 matching with annular slot 3122 on the hole wall of installing hole 3111.
The section of spacer ring body 3121 is trapezoidal, and this trapezoidal length that is connected in the base of axis body 3124 is greater than top margin.Smooth connection between the end face 3123 of connecting axle 312 and side 3126, the radius of the end face 3123 of connecting axle 312 is less than axis body 3124 radiuses of connecting axle 312.The two ends of connecting axle 312 are provided with dismounting groove 3125, and dismounting groove 3125 is from end face 3123 axially the extending to the inside of connecting axle 312 along connecting axle 312 of connecting axle 312.Between the hole wall of the side of the end of connecting axle 312 and installing hole 3111, there is gap.The section of linking arm 311 is I-shaped.
In prior art, connection between linking arm 311 need to utilize nut, bolt and packing ring to complete connection conventionally, because nut, bolt and packing ring are the part of 3 dispersions, and need to come by rotating nut fastening, therefore consuming time longer, be difficult for installing.And in the utility model, connecting axle is for inserting mounting means, the two ends of a connecting axle 312 installing hole that the application of force is inserted linking arm 311 a little respectively can be realized to two assemblings between linking arm, greatly improved efficiency of assembling.
Further, below the concrete connected mode of umbrella cloth and folding arm unit 31 is described in detail.
In a preference, as shown in Figure 24, Figure 27, Figure 30, folding arm unit 31 also comprises being ring portion 315, wherein, it is one end that ring portion 315 is connected to linking arm 311, be that ring portion 315 is provided be hole 3151, on umbrella cloth 6, be provided with tether, umbrella cloth 6 is that tether in hole 3151 is connected with folding arm unit 31 by being through.Wherein, described tether is preferably VELCRO.Further, as shown in figure 25, umbrella cloth 6 comprises umbrella top 61, full skirt portion 62, and wherein, the upper end at umbrella top 61 is connected in the top of elevating mechanism 2, and full skirt portion 62 is removably connected to the lower limb at umbrella top 61.Further, between umbrella top 61 and full skirt portion 62, by slide fastener 63, connect, the lower limb at umbrella top 61 extends umbrella top extension 611, and umbrella top extension 611 is covered in the outside of full skirt portion 62.
Further preferably, as Figure 28, shown in Figure 29, at least one folding arm unit 31 also comprises folding arm unit expanded angle guide vane end stop 3113, folding arm unit expanded angle guide vane end stop 3113 is adjacent with the installing hole 3111 that is positioned at 31 ends, folding arm unit in 31Shang position, folding arm unit, folding arm unit expanded angle guide vane end stop 3113 launches angle by the maximum between the linking arm end being connected and is limited in below 180 degree, example as shown in figure 30, between the linking arm end being connected, form included angle A, by folding arm unit expanded angle guide vane end stop 3113, can make the maximum of included angle A be less than 180 degree, to prevent 31 upsets (upwarp or have a downwarp) of folding arm unit.Wherein, volume cost those skilled in the art for folding arm unit expanded angle guide vane end stop 3113 can adjust according to actual needs, for example, in order to make the maximum expansion in folding arm unit 31 that folding arm unit expanded angle guide vane end stop 3113 can be set, for the situation that need to limit folding arm unit 31 expanded angles, at least one folding arm unit expanded angle guide vane end stop 3113 can be set in folding arm unit 31.
Further, below the concrete structure of cabinet 1 is described in detail.
In order to make laying of motor stable, as shown in Figure 17,18,19, at the bottom of the case of casing 11, extend upward motor support slot part 111, the groove face of motor support slot part 111 and the bottom shape of motor 12 match, the case lid of casing 11 extends indent portion 112 on motor downwards, and on motor, the top shape of the notch of indent portion 112 and motor 12 matches.Cabinet 1 also comprises motor fixing plate 13 and motor fixing plate mounting groove 14, and wherein, the shell of motor 12 is stuck in the motor installing hole 131 of motor fixing plate 13.Like this, when motor 12 passes through two axial orthogonal bevel type gear 121 drive screws 211, compared with prior art, the stability of motor greatly improves.Cabinet 1 also comprises controller 15, indicator light, display screen, mains switch, remote communication means, power supply 16,, controller 15 is connected respectively with indicator light, display screen, mains switch, remote communication means and power supply 16.Casing 11 comprises power supply cover plate 113, and casing 11 is provided with power supply draw-in groove 114 in the inner side of power supply cover plate 113, and power supply 16 is arranged in power supply draw-in groove 114, and for cabinet 1 provides power supply, power supply 16 comprises commercial power charged interface and/or solar charging electrical interface.Cabinet 1 also comprises wheel 17, and wherein, wheel 17 is arranged on the bottom of casing 11, thereby facilitates the movement of cabinet.
Next solar panels 4 are described in detail.
Below the concrete structure of base 5 is described in detail again.
In a preference of the present embodiment, as shown in Figure 21 to 23, base 5 is sucked type base, on sucked type base, be provided with sucker control handle 51, handlebar locked mechanism 52, sucker control handle is controlled sucked type base and is adsorbed and discharge, and handlebar locked mechanism is for locking the attitude of sucker control handle.On sucker control handle 51, be provided with base link slot 511, the bottom of described casing 11 is provided with sucker control handle holding tank 115, in sucker control handle holding tank 115, be provided with the base matching with base link slot 511 and be connected card article 116, sucker control handle 51 is connected being mounted in sucker control handle holding tank 115 of card article 116 with base by base link slot 511.Cabinet 1 also comprises base locking mechanism 18, the dead bolt of base locking mechanism 18 be arranged on lock tongue slot 512 on sucker control handle 51 and match cabinet 1 and base 5 are locked in to connection status.
In an embodiment of the present utility model, initial time comprises that the parts of the Multifunctional sun-shading device of base are all positioned in vehicle trunk, after parking, first user is adsorbed in roof by base, then cabinet is installed on to base, then by remote controller, to controller, send instruction, controller is worked according to instruction starter motor, motor outputs power to screw rod and makes its rotation, screw rod rotarily drives lifting platform and declines, thereby drive fold mechanism to launch, correspondingly, umbrella cloth also launches simultaneously, next user can utilize VELCRO umbrella cloth to be connected to reflective mirror and the handle of vehicle.In the time of need to driving, only need control lifting platform by remote controller and rise, umbrella cloth draws in naturally, finally takes off cabinet and base is positioned in boot.
Above specific embodiment of the utility model is described.It will be appreciated that, the utility model is not limited to above-mentioned specific implementations, and those skilled in the art can make various distortion or modification within the scope of the claims, and this does not affect flesh and blood of the present utility model.
Claims (41)
1. a Multifunctional sun-shading device, comprise cabinet (1), elevating mechanism (2), fold mechanism (3), wherein, elevating mechanism (2) is connected on cabinet (1), elevating mechanism (2) drives fold mechanism (3) stretch and draw in, it is characterized in that, cabinet (1) comprises casing (11), motor (12), elevating mechanism (2) comprising: elevating lever (21), lifting platform (22), elevating bracket (23), wherein: the motor (12) being arranged in casing (11) drives lifting platform (22) moving axially along elevating lever (21), elevating lever (21) is installed on casing (11) by elevating bracket (23).
2. Multifunctional sun-shading device according to claim 1, it is characterized in that, elevating lever (21) comprises screw rod (211), lead (212), drive nut (213), lead (212) comprises guiding raised line (2121), lifting platform (22) comprises lifting disk (221), urgent release connection part (222), wherein: drive nut (213) is installed on screw rod (211), screw rod (211) is installed on lead (212), lifting disk (221) is provided with the first gathering sill (22111) matching with the guiding raised line (2121) of lead (212), and the first screw rod receiving opening (22112) that is installed with screw rod (211), lifting disk (221) connects urgent release connection part (222), urgent release connection part (222) drive nut (213) that removably connects, the control end of fold mechanism (3) connects lifting disk (221).
3. Multifunctional sun-shading device according to claim 2, it is characterized in that, urgent release connection part (222) comprises L shaped connector (2221), urgent bolt (2222), wherein: an arm portions of L shaped connector (2221) is connected in lifting disk (221), and another arm portions is removably connected to drive nut (213) by urgent bolt (2222).
4. Multifunctional sun-shading device according to claim 2, it is characterized in that, lifting disk (221) comprises centre slice (2211), fold mechanism installation sleeve (2212), wherein: centre slice (2211) is provided with the first gathering sill (22111) and the first screw rod receiving opening (22112), the outer rim of centre slice (2211) is extended protruded arm (22113), fold mechanism installation sleeve (2212) is provided with stopper slot (22121), the end of protruded arm (22113) is arranged in stopper slot (22121), and be closely connected with stopper slot (22121), the control end of fold mechanism (3) is arranged in stopper slot (22121), and hinged with the cell wall of stopper slot (22121).
5. Multifunctional sun-shading device according to claim 4, it is characterized in that, stopper slot (22121) is U-lag, and between U-lag cell wall, width equals or be slightly larger than the width of protruded arm (22113), and between U-lag cell wall, width equals or be slightly larger than the control end of fold mechanism (3).
6. according to the Multifunctional sun-shading device described in claim 2 or 3, it is characterized in that, lifting platform (22) also comprises guide (223), lead (212) also comprises bearing (2122), guiding pipe box (2123), wherein: screw rod (211) is positioned at guiding pipe box (2123), the two ends of screw rod (211) are connected in respectively the two ends of guiding pipe box (2123) by bearing (2122), guiding pipe box (2123) is installed on casing (11) by elevating bracket (23), on guiding pipe box (2123), be provided with the second gathering sill (21211), guide (223) comprises ring segment (2233), and from the extended slide block of ring segment (2233) (2231), ring segment (2233) is provided with the second screw rod receiving opening (2232) that is installed with screw rod (211), the second gathering sill (21211) matches with slide block (2231), slide block (2231) connects lifting disk (221), the radius of ring segment (2233) is slightly less than the internal diameter of guiding pipe box (2123).
7. Multifunctional sun-shading device according to claim 6, is characterized in that, slide block (2231) is connected between L shaped connector (2221) and lifting disk (221).
8. Multifunctional sun-shading device according to claim 2, is characterized in that, guiding raised line (2121) is provided with cable hole (21211).
9. Multifunctional sun-shading device according to claim 2, is characterized in that, lifting disk (221) is axial symmetry parts, and elevating bracket (23) is an integral body with casing (11).
10. Multifunctional sun-shading device according to claim 1, it is characterized in that, fold mechanism (3) comprises some folding arm unit (31) that connect successively, wherein, the control end of the folding arm unit (31) of inner side connects respectively lifting platform (22) and elevating bracket (23), between adjacent folding arm unit (31), be positioned at the hinged control end that is positioned at the folding arm unit (31) in outside of output of the folding arm unit (31) of inner side.
11. Multifunctional sun-shading devices according to claim 10, it is characterized in that, folding arm unit (31) comprises connecting axle (312) and at least two linking arms (311), the middle part of linking arm (311) is provided with the installing hole (3111) matching with connecting axle (312), and the middle part of two linking arms (311) of same folding arm unit (31) is hinged by installing hole (3111) and connecting axle (312).
12. Multifunctional sun-shading devices according to claim 11, is characterized in that, highly identical between the connecting axle (312) that is positioned at linking arm (311) middle part of the folding arm unit (31) of same fold mechanism (3).
13. Multifunctional sun-shading devices according to claim 11, it is characterized in that, spacer ring body (3121) is extended at axis body (3124) middle part of connecting axle (312), two ends of connecting axle (312) are respectively arranged with annular slot (3122), are provided with the collar (31111) matching with annular slot (3122) on the hole wall of installing hole (3111).
14. Multifunctional sun-shading devices according to claim 13, is characterized in that, the section of spacer ring body (3121) is trapezoidal, and this trapezoidal length that is connected in the base of axis body (3124) is greater than top margin.
15. Multifunctional sun-shading devices according to claim 13, it is characterized in that, smooth connection between the end face (3123) of connecting axle (312) and side (3126), the radius of the end face (3123) of connecting axle (312) is less than axis body (3124) radius of connecting axle (312).
16. Multifunctional sun-shading devices according to claim 13, it is characterized in that, the two ends of connecting axle (312) are provided with dismounting groove (3125), and dismounting groove (3125) is from end face (3123) axially the extending to the inside of connecting axle (312) along connecting axle (312) of connecting axle (312).
17. Multifunctional sun-shading devices according to claim 13, is characterized in that, between the side of the end of connecting axle (312) and the hole wall of installing hole (3111), have gap.
18. Multifunctional sun-shading devices according to claim 11, is characterized in that, the section of linking arm (311) is I-shaped.
19. Multifunctional sun-shading devices according to claim 11, it is characterized in that, folding arm unit (31) also comprises the protection plug (313) that is arranged on linking arm (311) top, protection plug (313) comprises protection fork clip button (3131), protective surface (3132), umbrella cloth is installed draw-in groove (3133), wherein, protective surface (3132) has thickness, protection fork clip button (3131) is connected to the below of protective surface (3132), the inner side of protection fork clip button (3131) forms umbrella cloth draw-in groove (3133) is installed, umbrella cloth is installed draw-in groove (3133) and is connected with the through hole in protective surface (3132), the top of linking arm (311) is provided with the protection plug of protecting fork clip button (3131) to match draw-in groove (3112) is installed.
20. Multifunctional sun-shading devices according to claim 19; it is characterized in that; folding arm unit (31) also comprises the umbrella cloth fastener (314) that is installed on protection plug (313); wherein; umbrella cloth fastener (314) comprises umbrella cloth buckle side (3141) and umbrella cloth fastener (3142); umbrella cloth buckle side (3141) has thickness, and umbrella cloth fastener (3142) is arranged on the below of umbrella cloth buckle side (3141), and umbrella cloth is installed draw-in groove (3133) and matched with umbrella cloth fastener (3142).
21. according to the Multifunctional sun-shading device described in claim 1,11 or 20, it is characterized in that, also comprise umbrella cloth, wherein, umbrella cloth is connected in the top of fold mechanism (3).
22. Multifunctional sun-shading devices according to claim 21, is characterized in that, are provided with through hole on umbrella cloth, and the umbrella cloth fastener (3142) of umbrella cloth fastener (314) is arranged on umbrella cloth through the through hole on umbrella cloth and installs in draw-in groove (3133).
23. Multifunctional sun-shading devices according to claim 21, is characterized in that, also comprise VELCRO, and wherein, VELCRO is arranged on umbrella cloth the position corresponding to vehicle reflector and/or handle.
24. Multifunctional sun-shading devices according to claim 1, is characterized in that, extend upward motor support slot part (111) at the bottom of the case of casing (11), and the bottom shape of the groove face of motor support slot part (111) and motor (12) matches.
25. Multifunctional sun-shading devices according to claim 24, is characterized in that, the case lid of casing (11) extends indent portion (112) on motor downwards, and on motor, the top shape of the notch of indent portion (112) and motor (12) matches.
26. Multifunctional sun-shading devices according to claim 1, it is characterized in that, cabinet (1) also comprises motor fixing plate (13) and motor fixing plate mounting groove (14), and wherein, the shell of motor (12) is stuck in the motor installing hole (131) of motor fixing plate (13).
27. Multifunctional sun-shading devices according to claim 2, is characterized in that, motor (12) is by two axial orthogonal bevel type gears (121) drive screws (211).
28. Multifunctional sun-shading devices according to claim 21, is characterized in that, cabinet (1) also comprises controller (15), cabinet (1) also comprise be connected with controller (15) following any or appoint a plurality of devices:
-indicator light;
-display screen;
-mains switch;
-remote communication means.
29. Multifunctional sun-shading devices according to claim 21, it is characterized in that, cabinet (1) also comprises power supply (16), casing (11) comprises power supply cover plate (113), casing (11) is provided with power supply draw-in groove (114) in the bottom of power supply cover plate (113), power supply (16) is arranged in power supply draw-in groove (114), and for cabinet (1) provides power supply, power supply (16) comprises commercial power charged interface and/or solar charging electrical interface.
30. Multifunctional sun-shading devices according to claim 29, is characterized in that, also comprise solar panels (4), and wherein, solar panels (4) are installed on the top of elevating mechanism (2).
31. Multifunctional sun-shading devices according to claim 30, it is characterized in that, solar panels (4) comprise solar cell (41), battery mounting panel (42), stiffener (43), battery mounting panel draw-in groove (44), the top of elevating mechanism (2) is provided with the battery mounting panel buckle (24) matching with battery mounting panel draw-in groove (44), solar cell (41) is arranged in the solar cell groove (421) of battery mounting panel (42) upper surface, stiffener (43) is connected between battery mounting panel draw-in groove (44) and the bottom surface of battery mounting panel (42).
32. Multifunctional sun-shading devices according to claim 31, is characterized in that, on the cell wall of battery mounting panel draw-in groove (44), are provided with trough.
33. Multifunctional sun-shading devices according to claim 31, is characterized in that, cabinet (1) also comprises wheel (17), and wherein, wheel (17) is arranged on the bottom of casing (11).
34. Multifunctional sun-shading devices according to claim 1, is characterized in that, also comprise base (5), and wherein, cabinet (1) is installed on base (5) with removably.
35. Multifunctional sun-shading devices according to claim 34, it is characterized in that, base (5) is sucked type base, on sucked type base, be provided with sucker control handle (51), handlebar locked mechanism (52), sucker control handle is controlled sucked type base and is connected and discharge, and handlebar locked mechanism is for locking the position of sucker control handle.
36. Multifunctional sun-shading devices according to claim 35, it is characterized in that, on sucker control handle (51), be provided with base link slot (511), the bottom of described casing (11) is provided with sucker control handle holding tank (115), in sucker control handle holding tank (115), be provided with the base matching with base link slot (511) and be connected card article (116), sucker control handle (51) is connected being mounted in sucker control handle holding tank (115) of card article (116) by base link slot (511) with base.
37. Multifunctional sun-shading devices according to claim 36, it is characterized in that, cabinet (1) also comprises base locking mechanism (18), the dead bolt of base locking mechanism (18) be arranged on lock tongue slot (512) on sucker control handle (51) and match cabinet (1) and base (5) are locked in to connection status.
38. Multifunctional sun-shading devices according to claim 21, it is characterized in that, folding arm unit (31) also comprises being ring portion (315), wherein, it is one end that ring portion (315) is connected to linking arm (311), be that ring portion (315) is provided be hole (3151), umbrella cloth is provided with tether on (6), and umbrella cloth (6) is that tether in hole (3151) is connected with folding arm unit (31) by being through.
39. Multifunctional sun-shading devices according to claim 21, it is characterized in that, umbrella cloth (6) comprises umbrella top (61), full skirt portion (62), wherein, the upper end at umbrella top (61) is connected in the top of elevating mechanism (2), and full skirt portion (62) is removably connected to the lower limb of umbrella top (61).
40. Multifunctional sun-shading devices according to claim 21, it is characterized in that, at least one folding arm unit (31) also comprises folding arm unit expanded angle guide vane end stop (3113), and folding arm unit expanded angle guide vane end stop (3113) launches angle by the maximum between the linking arm end being connected and is limited in below 180 degree.
41. according to the Multifunctional sun-shading device described in claim 40, it is characterized in that, the position of folding arm unit expanded angle guide vane end stop (3113) on folding arm unit (31) is adjacent with the installing hole (3111) that is positioned at end, folding arm unit (31).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320350011.3U CN203590136U (en) | 2013-06-18 | 2013-06-18 | A multifunctional sunshade apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320350011.3U CN203590136U (en) | 2013-06-18 | 2013-06-18 | A multifunctional sunshade apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203590136U true CN203590136U (en) | 2014-05-07 |
Family
ID=50587983
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320350011.3U Expired - Fee Related CN203590136U (en) | 2013-06-18 | 2013-06-18 | A multifunctional sunshade apparatus |
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| Country | Link |
|---|---|
| CN (1) | CN203590136U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103431593A (en) * | 2013-06-18 | 2013-12-11 | 洪亮 | Multi-functional sun shading device |
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2013
- 2013-06-18 CN CN201320350011.3U patent/CN203590136U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103431593A (en) * | 2013-06-18 | 2013-12-11 | 洪亮 | Multi-functional sun shading device |
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| CF01 | Termination of patent right due to non-payment of annual fee |
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