CN202038152U - Rolling-shutter withdrawing-releasing control apparatus for automatic automobile sunshade - Google Patents
Rolling-shutter withdrawing-releasing control apparatus for automatic automobile sunshade Download PDFInfo
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- CN202038152U CN202038152U CN2011200097935U CN201120009793U CN202038152U CN 202038152 U CN202038152 U CN 202038152U CN 2011200097935 U CN2011200097935 U CN 2011200097935U CN 201120009793 U CN201120009793 U CN 201120009793U CN 202038152 U CN202038152 U CN 202038152U
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- turning cylinder
- roller shutter
- oblique
- main shaft
- deployment rod
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Abstract
The utility model discloses a rolling-shutter withdrawing-releasing control apparatus for an automatic automobile sunshade. The rolling-shutter withdrawing-releasing control apparatus comprises an installation rack, a motor fixed on the installation rack, a rolling-shutter rotating shaft which is rotatably arranged on the installation rack for the purpose of rolling shutter withdrawing and releasing, and a rolling-shutter spreading pole which is disposed at the side of the rolling-shutter rotating shaft for the purpose of rolling shutter spreading and expanding. Both the rolling-shutter rotating shaft and the rolling-shutter spreading pole are connected and cooperated with the motor in a transmission manner. The rolling-shutter withdrawing-releasing control apparatus of the utility model has the advantages of high automation degree, reasonable structure layout and convenient rolling-shutter withdrawing-releasing control.
Description
Technical field
The utility model relates to a kind of machinery controls, specifically is meant the roller shutter folding and unfolding control setup that is applied in the automobile automatic sun umbrella.
Background technology
Along with the development of auto-industry level and the raising of living standards of the people, automobile has become people's important vehicle of live and work at home.The parking generally to be in the open of existing automobile parked, under summer these hot weathers, automobile is subjected to the burning sun insolation, will make in a few minutes that vehicle interior temperature sharply raises, be eager to bring many worries and inconvenience with the people of car, they just can use after can only opening automotive window and open air-conditioning vehicle being lowered the temperature, not only lose time, and bring extra energy dissipation and exhaust emission.And, if in the hot environment that the people stays in vehicle for a long time, cause malaise symptoms such as human body heatstroke easily, unfavorable people's health.Therefore be necessary very much vehicle is carried out sunshade, too high to prevent vehicle interior temperature.Understand and patent retrieval by market, present commercially available a kind of automobile sunshade that has, this automobile sunshade by with cover on the roof of automobile by launching bonnet, to intercept the sun, its defective is: need often take into and take out, carry inconvenience, and this kind automobile sunshade housing is blown away by strong wind on car roof easily, in addition, this kind automobile sunshade can't use in the vehicle ' process.By retrieval, Chinese patent application number is that 201020154245 " the windproof sun-proof formula parasol of automobile ", application number are that 201010109738 " folding and retractable type sun umbrella for vehicle " etc. all disclose a kind of parasol, but the defective of these parasols is: it is controlled poor to operate, use brokenly inconvenience, the market competitiveness is little.
Summary of the invention
The purpose of this utility model is in order to overcome the shortcoming and defect that prior art exists, and the roller shutter folding and unfolding control setup of a kind of good operation performance, control automobile automatic sun umbrella easy to use is provided.
For achieving the above object, the technical solution of the utility model is the roller shutter folding and unfolding control setup of automobile automatic sun umbrella, this roller shutter folding and unfolding control setup includes erecting frame, be fixedly set in the motor on the erecting frame, rotatable being arranged at is used to operate the roller shutter turning cylinder of roller shutter folding and unfolding and is arranged at roller shutter turning cylinder avris be used for the roller shutter deployment rod that roller shutter launches tiling on the erecting frame, described roller shutter turning cylinder and all cooperate with the drive of motor connection with the roller shutter deployment rod.By this setting, at needs parasol is launched to block the solar time, utilize motor rotate to drive the roller shutter turning cylinder and rotate and unreel, utilize the roller shutter deployment rod to rotate then, and with the roller shutter of parasol launch to constitute cover on automobile on parasol, realize the effect of sunshade, and when needs are packed up parasol, utilize the roller shutter turning cylinder to carry out rolling, the roller shutter that launches can be packed up, whole control is convenient, the degree of automation height.
Be linkedly set with motor gear on the power take-off shaft that further setting is described motor, be provided with main shaft on the described erecting frame rotationally, be linkedly set with reaction gear on this main shaft with the motor gear engaged transmission, the upward also coaxial main shaft bevel gear that is linkedly set with of described main shaft, described roller shutter turning cylinder is provided with and main shaft bevel gear transmission ingear roller shutter turning cylinder bevel gear.By this setting, realize that motor rotates drive roller shutter turning cylinder and rotates.
Further be provided with is that described roller shutter deployment rod includes corresponding automotive front baffle glass and back windshield position and is used to launch roof roller shutter deployment rod and corresponding automobile side-window position that the front-and-back stop roller shutter deployment rod of roller shutter, corresponding car roof position be used to launch roller shutter and is used to launch the side window blind deployment rod of roller shutter.Since existing automobile generally include level relatively roof, be arranged on about roof and be the side window on inclined-plane with the roof face and be arranged at before and after the roof and be the front-and-back stop glass on inclined-plane with the roof face, therefore, for suitable with actual automobile, the utility model is provided with concrete front-and-back stop roller shutter deployment rod, roof roller shutter deployment rod and side window blind deployment rod, comes that roller shutter is carried out at the concrete position of automobile and launches operation.
The further setting of above-mentioned setting be described erecting frame be provided with parallel with main shaft and cooperate with the reaction gear transmission first turning cylinder, the upper end that the end horizontal of described roof roller shutter deployment rod is fixedly installed on this first turning cylinder constitutes being linked of the two.Also be provided with first oblique on the described erecting frame, the oblique rotatable first oblique turning cylinder that is provided with on this first oblique platform, the end of described side window blind deployment rod fixedly installs on the first oblique turning cylinder, constitute axial perpendicular cooperation of developed surface with the first oblique turning cylinder of side window blind deployment rod, the coaxial first turning cylinder bevel gear that is linkedly set with on described first turning cylinder, being provided with and the first turning cylinder bevel gear transmission ingear, the first oblique turning cylinder bevel gear of the described first oblique turning cylinder.Described erecting frame is provided with second oblique, the oblique rotatable second oblique turning cylinder that is provided with on this second oblique platform, the end of described front-and-back stop roller shutter deployment rod fixedly installs on the second oblique turning cylinder, constitute axial perpendicular cooperation of developed surface with the second oblique turning cylinder of front-and-back stop roller shutter deployment rod, be provided with rotationally on the described erecting frame and parallel with main shaft and gear transmission connects second turning cylinder that cooperates, the upper end of described second turning cylinder is linkedly set with the second turning cylinder bevel gear, being provided with and the second turning cylinder bevel gear transmission ingear, the second oblique turning cylinder bevel gear of the described second oblique turning cylinder.The also rotatable gap bridge minor axis that parallels with the main shaft and second turning cylinder that is provided with of described erecting frame, this gap bridge minor axis is provided with carrier gear, and the described main shaft and second turning cylinder are provided with respectively and the carrier gear transmission ingear main shaft carrier gear and the second turning cylinder carrier gear, constitute second turning cylinder with this and cooperate with the gear transmission of main shaft.By this setting, can realize that a motor also drives the motion of front-and-back stop roller shutter deployment rod, roof roller shutter deployment rod and side window blind deployment rod simultaneously, but also can be undertaken by the transmitting ratio to concrete gear at setting, the expansion operation and the unreeling of roller shutter turning cylinder of realization front-and-back stop roller shutter deployment rod, roof roller shutter deployment rod and side window blind deployment rod are operated synchronously.
The utility model has the advantages that the degree of automation height, reasonable structural arrangement, roller shutter folding and unfolding control is convenient.
Below in conjunction with specification drawings and specific embodiments the utility model is done further introduction.
Description of drawings
Fig. 1 the utility model specific embodiment block diagram 1;
Fig. 2 the utility model specific embodiment block diagram 2;
Fig. 3 the utility model specific embodiment block diagram 3;
Fig. 4 the utility model specific embodiment block diagram 4;
Fig. 5 the utility model is applied to the arrangement plan of concrete automobile automatic sun umbrella.
The specific embodiment
Shown in Fig. 1-4 this uses the later-model specific embodiment, this roller shutter folding and unfolding control setup includes erecting frame 1, be fixedly set in the motor 2 on the erecting frame 1, rotatable being arranged at is used to operate the roller shutter turning cylinder 3 of roller shutter folding and unfolding and is arranged at the roller shutter deployment rod that roller shutter turning cylinder 3 avris are used for roller shutter expansion tiling on the erecting frame 2, because existing automobile generally includes the roof of level relatively, be arranged on about roof and be the side window on inclined-plane with the roof face and be arranged at before and after the roof and be the front-and-back stop glass on inclined-plane with the roof face, therefore, for suitable with actual automobile, the described roller shutter deployment rod of present embodiment includes corresponding automotive front baffle glass and the back windshield position is used to launch the front-and-back stop roller shutter deployment rod 41 of roller shutter, roof roller shutter deployment rod 42 and corresponding automobile side-window position that corresponding car roof position is used to launch roller shutter are used to launch the side window blind deployment rod 43 of roller shutter, when specifically being applied to the utility model in the automobile automatic sun umbrella, 4 cover the utility model can be fixedly mounted on the corner location of car roof, be provided with the roller shutter tube between the adjacent then roller shutter folding and unfolding control setup, 3 roller shutters of cover volume mutually are set in this roller shutter tube, and the roller shutter turning cylinder 3 of every suit roller shutter folding and unfolding described in the utility model control setup all cooperates with three roller shutter rollings controls in the roller shutter tube of one side, in addition, described front-and-back stop roller shutter deployment rod 41, roof roller shutter deployment rod 42 and side window blind deployment rod 43 are linked respectively at one in 3 roller shutters, realize that roller shutter turning cylinder 3 unreels, each deployment rod is launched back formation and car roof then, the automobile automatic sun umbrella of side window and the complete shade of front-and-back stop glass.
In addition, be provided with and solve mechanism for the ease of mechanism cost is set, be linkedly set with motor gear 21 on the power take-off shaft of described motor 2, be provided with main shaft 5 rotationally on the described erecting frame 1, be linkedly set with reaction gear 51 on this main shaft 5 with motor gear 21 engaged transmission, the upward also coaxial main shaft bevel gear 52 that is linkedly set with of described main shaft 5, described roller shutter turning cylinder 3 is provided with and main shaft bevel gear 52 transmission ingear roller shutter turning cylinder bevel gears 31.
In addition, in order to realize that a motor 2 also drives front-and-back stop roller shutter deployment rod 41 simultaneously, the motion of roof roller shutter deployment rod 42 and side window blind deployment rod 43, but also can be undertaken by transmitting ratio at setting to concrete gear, realize front-and-back stop roller shutter deployment rod 41, unreeling of the expansion operation of roof roller shutter deployment rod 42 and side window blind deployment rod 43 and roller shutter turning cylinder 3 operated synchronously, described erecting frame 1 be provided with parallel with main shaft 5 and cooperate with reaction gear 51 transmissions first turning cylinder 6, the upper end that the end horizontal of described roof roller shutter deployment rod 42 is fixedly installed on this first turning cylinder 6 constitutes being linked of the two, also be provided with first oblique 11 on the described erecting frame 1, the oblique rotatable first oblique turning cylinder 111 that is provided with on this first oblique 11, the end of described side window blind deployment rod 43 fixedly installs on the first oblique turning cylinder 111, constitute axial perpendicular cooperation of developed surface with the first oblique turning cylinder 111 of side window blind deployment rod 43, the coaxial first turning cylinder bevel gear 61 that is linkedly set with on described first turning cylinder 6, being provided with and the first turning cylinder bevel gear, 61 transmission ingears, the first oblique turning cylinder bevel gear 1111 of the described first oblique turning cylinder 111.Described erecting frame 1 is provided with second oblique 12, the oblique rotatable second oblique turning cylinder 121 that is provided with on this second oblique 12, the end of described front-and-back stop roller shutter deployment rod 41 fixedly installs on the second oblique turning cylinder 121, constitute axial perpendicular cooperation of developed surface with the second oblique turning cylinder 121 of front-and-back stop roller shutter deployment rod 41, be provided with rotationally on the described erecting frame 1 and parallel with main shaft 5 and gear transmission connects second turning cylinder 7 that cooperates, the upper end of described second turning cylinder 7 is linkedly set with the second turning cylinder bevel gear 71, being provided with and the second turning cylinder bevel gear, 71 transmission ingears, the second oblique turning cylinder bevel gear 1211 of the described second oblique turning cylinder 121.The also rotatable gap bridge minor axis 8 that parallels with the main shaft 5 and second turning cylinder 7 that is provided with of described erecting frame 1, this gap bridge minor axis 8 is provided with carrier gear 81, and the described main shaft 5 and second turning cylinder 7 are provided with respectively and the carrier gear 81 transmission ingear main shaft carrier gears 52 and the second turning cylinder carrier gear 72, constitute second turning cylinder 7 with this and cooperate with the gear transmission of main shaft 5.
As shown in Figure 5, the utility model is applied to automobile automatic sun umbrella, wherein corner location all is provided with a cover the utility model, and the utility model adopts the sketch technique of painting among Fig. 5.
The utility model has the advantages that the degree of automation height, reasonable structural arrangement, roller shutter folding and unfolding control is convenient.
Claims (7)
1. the roller shutter folding and unfolding control setup of an automobile automatic sun umbrella, it is characterized in that: this roller shutter folding and unfolding control setup includes erecting frame, be fixedly set in the motor on the erecting frame, rotatable being arranged at is used to operate the roller shutter turning cylinder of roller shutter folding and unfolding and is arranged at roller shutter turning cylinder avris be used for the roller shutter deployment rod that roller shutter launches tiling on the erecting frame, described roller shutter turning cylinder and all cooperate with the drive of motor connection with the roller shutter deployment rod.
2. the roller shutter folding and unfolding control setup of a kind of automobile automatic sun umbrella according to claim 1, it is characterized in that: be linkedly set with motor gear on the power take-off shaft of described motor, be provided with main shaft on the described erecting frame rotationally, be linkedly set with reaction gear on this main shaft with the motor gear engaged transmission, the also coaxial main shaft bevel gear that is linkedly set with on the described main shaft, described roller shutter turning cylinder are provided with and main shaft bevel gear transmission ingear roller shutter turning cylinder bevel gear.
3. the roller shutter folding and unfolding control setup of a kind of automobile automatic sun umbrella according to claim 2 is characterized in that: described roller shutter deployment rod includes corresponding automotive front baffle glass and back windshield position and is used to launch roof roller shutter deployment rod and corresponding automobile side-window position that the front-and-back stop roller shutter deployment rod of roller shutter, corresponding car roof position be used to launch roller shutter and is used to launch the side window blind deployment rod of roller shutter.
4. the roller shutter folding and unfolding control setup of a kind of automobile automatic sun umbrella according to claim 3, it is characterized in that: described erecting frame be provided with parallel with main shaft and cooperate with the reaction gear transmission first turning cylinder, the upper end that the end horizontal of described roof roller shutter deployment rod is fixedly installed on this first turning cylinder constitutes being linked of the two.
5. the roller shutter folding and unfolding control setup of a kind of automobile automatic sun umbrella according to claim 4, it is characterized in that: also be provided with first oblique on the described erecting frame, the oblique rotatable first oblique turning cylinder that is provided with on this first oblique platform, the end of described side window blind deployment rod fixedly installs on the first oblique turning cylinder, constitute axial perpendicular cooperation of developed surface with the first oblique turning cylinder of side window blind deployment rod, the coaxial first turning cylinder bevel gear that is linkedly set with on described first turning cylinder, the described first oblique turning cylinder are provided with and the first turning cylinder bevel gear transmission ingear, the first oblique turning cylinder bevel gear.
6. the roller shutter folding and unfolding control setup of a kind of automobile automatic sun umbrella according to claim 5, it is characterized in that: described erecting frame is provided with second oblique, the oblique rotatable second oblique turning cylinder that is provided with on this second oblique platform, the end of described front-and-back stop roller shutter deployment rod fixedly installs on the second oblique turning cylinder, constitute axial perpendicular cooperation of developed surface with the second oblique turning cylinder of front-and-back stop roller shutter deployment rod, be provided with rotationally on the described erecting frame and parallel with main shaft and gear transmission connects second turning cylinder that cooperates, the upper end of described second turning cylinder is linkedly set with the second turning cylinder bevel gear, and the described second oblique turning cylinder is provided with and the second turning cylinder bevel gear transmission ingear, the second oblique turning cylinder bevel gear.
7. the roller shutter folding and unfolding control setup of a kind of automobile automatic sun umbrella according to claim 6, it is characterized in that: the also rotatable gap bridge minor axis that parallels with the main shaft and second turning cylinder that is provided with of described erecting frame, this gap bridge minor axis is provided with carrier gear, and the described main shaft and second turning cylinder are provided with respectively and the carrier gear transmission ingear main shaft carrier gear and the second turning cylinder carrier gear, constitute second turning cylinder with this and cooperate with the gear transmission of main shaft.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200097935U CN202038152U (en) | 2011-01-13 | 2011-01-13 | Rolling-shutter withdrawing-releasing control apparatus for automatic automobile sunshade |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200097935U CN202038152U (en) | 2011-01-13 | 2011-01-13 | Rolling-shutter withdrawing-releasing control apparatus for automatic automobile sunshade |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202038152U true CN202038152U (en) | 2011-11-16 |
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ID=44965615
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011200097935U Expired - Fee Related CN202038152U (en) | 2011-01-13 | 2011-01-13 | Rolling-shutter withdrawing-releasing control apparatus for automatic automobile sunshade |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202038152U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| USD925849S1 (en) * | 2019-09-05 | 2021-07-20 | Shenzhen Jashen Technology Co., Ltd. | Electric cleaning device |
-
2011
- 2011-01-13 CN CN2011200097935U patent/CN202038152U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| USD925849S1 (en) * | 2019-09-05 | 2021-07-20 | Shenzhen Jashen Technology Co., Ltd. | Electric cleaning device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20111116 Termination date: 20130113 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |