CN203485720U - Sun-shading system and motor vehicle provided with sun-shading system - Google Patents

Sun-shading system and motor vehicle provided with sun-shading system Download PDF

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Publication number
CN203485720U
CN203485720U CN201320573844.6U CN201320573844U CN203485720U CN 203485720 U CN203485720 U CN 203485720U CN 201320573844 U CN201320573844 U CN 201320573844U CN 203485720 U CN203485720 U CN 203485720U
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shading
sections
sun shield
data processing
processing unit
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CN201320573844.6U
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张开定
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Ford Global Technologies LLC
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Ford Global Technologies LLC
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Abstract

The utility model provides a sun-shading system. The sun-shading system comprises a signal receiving unit (15), a data processing unit (6), a driving controller (6) and a sun-shading plate mechanism, wherein the data processing unit (6) is used for processing signals from the signal receiving unit (15) and generating indication information, the signal output end of the signal receiving unit (15) is connected with the data input end of the data processing unit (6), the driving controller is connected with the data output end of the data processing unit (6) and is used for receiving the indication information from the data processing unit (6), and the sun-shading plate mechanism is connected with the driving controller. The utility model further provides a motor vehicle provided with the sun-shading system. The sun-shading system can adjust the sun-shading position automatically according to environmental conditions.

Description

Shading system, there is the self-propelled vehicle of this shading system
Technical field
The utility model relates to a kind of shading system, and a kind of self-propelled vehicle with this shading system.
Background technology
During Vehicle Driving Cycle, when automobile travels over against the sun, within the sight line due to the sun front-seat personnel in car, so can make occupant produce to dazzle the eyes, do not feel well, serious meeting causes traffic accident.
Present anti-dazzle apparatus is commonly sun shield, is placed in the shading system of Windshield top.But the shading system automatically regulating along with vehicle particular geographic location, concrete direction not yet occurs.Moreover, although existing anti-dazzle apparatus can alleviate the situation of dazzling the eyes causing by shining upon to a certain extent, the very large impact of this device the sight line of chaufeur, endangered the driving safety of chaufeur.And present sun shield is manual form, during use, needs chaufeur to move sun shield to appropriate location, and need constantly regulate according to vehicle heading, very trouble.
Some patent utilization CCD camera collection ambient signal also reaches sunshade object with liquid crystal display as barrier material at present; but the polytropy due to environment; these devices often can run into the situation that acquisition of signal work can not normally be carried out, such as dust covers camera lens.And the liquid crystal display of whole involves great expense and keeps in repair trouble.
For example, the U.S. Patent Application Publication of US20040119313 a kind of automatic sun baffle system for vehicle.This system utilization is arranged on the digital camera head sense sunlight at vehicle front windshield place, thereby so that sunshade effect is played in sun shield variable color.In prior art, although it can make sun shield variable color according to sunshine, due to the environment variety in Vehicle Driving Cycle, it cannot regulate sun shield position according to environmental aspect completely automatically.
Utility model content
For the problem existing in correlation technique, the purpose of this utility model is to provide a kind of can regulate automatically according to environmental aspect the shading system of sunshade position.
For achieving the above object, the utility model provides a kind of shading system on the one hand, comprising: signal receiving unit; For the treatment of the signal from signal receiving unit and produce the data processing unit of indication information, the signal output part of signal receiving unit and the data input pin of data processing unit are connected; Be connected with the data output end of data processing unit and for receiving the driving governor from the indication information of data processing unit; And with the joining sun shield of driving governor mechanism.
According to the utility model, signal receiving unit comprises for receiving the wireless weather receiver module of wireless Weather information.
According to the utility model, signal receiving unit comprises the module of time of reception and GPS information.
According to the utility model, signal receiving unit also comprises: three axles accelerate gyroscope.
According to the utility model, sun shield mechanism comprises actuator, and driving governor and actuator are connected and the running from the indication information adjusting driver of data processing unit for basis.
According to the utility model, actuator is drive motor, and the output shaft of drive motor is connected with worm screw, and wherein system also comprises: with the worm gear of worm mesh, worm gear is connected with protruding axle, the axis of protruding axle and the central axes of worm gear; And mechanical arm, one end of mechanical arm is connected with protruding axle, and the other end is provided with sun shield.
According to the utility model, drive motor is DC permanent magnet motor.
According to the utility model, sun shield is polaroid.
According to the utility model, mechanical arm is telescopic multi-segmental mechanical arm.
According to the utility model, mechanical arm has base pitch section, two sections, three sections, the first drag-line, the second drag-line and telescopic oil cylinder, wherein, three sections are contained in two sections, two sections are contained in base pitch section, wherein, the end of base pitch section is connected with protruding axle, telescopic oil cylinder one end is arranged in base pitch section, the other end is arranged in three sections, the other end is also fixed with the first pulley, first drag-line one end is connected with base pitch section, the other end is walked around the first pulley and is connected with three sections, wherein, one end that two sections are contained in base pitch section is fixed with the second pulley, second drag-line one end is connected with three sections, the other end is walked around the second pulley and is connected with base pitch section.
According to the utility model, on three sections, be provided with sun shield drive motor, the end of sun shield is connected with hollow sleeve, hollow sleeve is set on three sections, wherein, the axle drive shaft of sun shield drive motor is connected with hollow sleeve, and the axis of axle drive shaft is parallel with the axis of hollow sleeve.
A kind of self-propelled vehicle with above-mentioned shading system is provided on the other hand.
According to the utility model, shading system is at least partially disposed in the interior vehicle ceiling of self-propelled vehicle.
Useful technique effect of the present utility model is:
(1), according to shading system of the present utility model, it has signal receiving unit and data processing unit.In the actual use of shading system, each parts in signal receiving unit (for example, the module of wireless weather receiver module, time of reception, the module that receives GPS information, three axles accelerate gyroscope etc.) the various circumstance state informations that sense can be delivered to data processing unit, then data processing unit is controlled the start and stop of driving governor according to various different situations, and then by driving governor, control sun shield mechanism passenger is carried out to sunshade, can realize thus sun shield mechanism according to the automatic sun-shading of environmental aspect.Thereby the impact that the existing visor mechanism having reduced again when reaching shaded effects blocks for the larger area sight line of chaufeur and copilot in use.In addition, shading system of the present utility model can also avoid passenger constantly to regulate the action of sun shield, has reduced unnecessary trouble.
(2) further, the drive motor in the utility model is direct current permanent magnet motor, and drive motor output shaft is connected with worm screw.In the actual use of shading system, due to mechanical arm moves around on vehicle front windshield need to larger power, so the utility model has adopted worm gear structure, thereby the power augmentation that drive motor is produced, so that mechanical arm can move more freely on vehicle front windshield.And then improved the sunshade accuracy of shading system in using.
(3) in addition, because the mechanical arm in the utility model shading system is telescopic mechanical arm, so can be so that shading system in use, can cover each position of front windshield, thereby make shading system area coverage larger, shaded effects are better.
(4) moreover, on three sections of mechanical arm, be provided with sun shield drive motor, sun shield end is connected with hollow sleeve, and hollow sleeve is set on three sections.So sun shield drive motor can for example, be controlled sun shield rotation according to environmental aspect (, traveling state of vehicle, solar light irradiation direction, vehicle heading etc.), to go to best angle, further improve the shaded effects to passenger.
(5) on the other hand, in self-propelled vehicle of the present utility model, because it has shading system of the present utility model, so this self-propelled vehicle possesses all advantages of above-mentioned relevant the utility model shading system.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model shading system when unused state;
Fig. 2 is the structural representation of shading system when the state of use in Fig. 1;
Fig. 3 is the mechanical arm of shading system in Fig. 1 structural representation when not stretching out state;
Fig. 4 is the mechanical arm of shading system in Fig. 1 structural representation when stretching out state.
The specific embodiment
Referring now to accompanying drawing, describe shading system of the present utility model, in conjunction with Fig. 1 and Fig. 2, what illustrate respectively is the structural representation of the utility model shading system when unused state and the state of use.
This shading system comprises signal receiving unit 15, data processing unit 6, driving governor 9 and sun shield mechanism.Wherein, the data input pin of the signal output part of signal receiving unit 15 and data processing unit 6 is connected, and the data output end of data processing unit 6 and driving governor 9 are connected, and sun shield mechanism and driving governor 9 are connected.That is, data processing unit 6 receives and processes the signal from signal receiving unit 15, and data processing unit 6 produces indication information, the indication information that driving governor 9 receives from data processing unit 6.According to this indication information, driving governor 9 is controlled sun shield mechanism kinematic.Wherein, as optional embodiment, connect the signal output part of signal receiving unit 15 and the mode of the data input pin of data processing unit 6 for being electrically connected to; Connecting the data output end of data processing unit 6 and the mode of driving governor 9 can be for being electrically connected to; Connecting sun shield mechanism can be for being electrically connected to the mode of driving governor 9, the method of the certainly above-mentioned electrical connection for the use of transmission signal is also replaceable for utilizing mode or other modes well known by persons skilled in the art of transmission of wireless signals, that is, as long as can be between signal receiving unit 15 and data processing unit 6, between data processing unit 6 and driving governor 9, realize signal transmission between sun shield mechanism and driving governor 9.
In optional embodiment, signal receiving unit 15 can comprise: module 4, three axles of the module 1 of wireless weather receiver module 2, time of reception, reception GPS information accelerate gyroscopes 5.Wherein, wireless weather receiver module 2 is for receiving current weather condition, the current time when module 1 of time of reception is moved for sensing self-propelled vehicle, the module 4 that receives GPS information for show current motor-driven vehicle going region whether for needs sunshade region (for example, whether travel medium in tunnel) and show whether current motor-driven vehicle going direction is the direction that faces south, and three axles accelerate gyroscopes 5 for detection of vehicle pitch angle.Certainly should be appreciated that in signal receiving unit 15 to arrange as upper module is only preferred embodiment, other modules and installing also can be placed in signal receiving unit 15, and this can determine according to concrete service condition, and the utility model is not limited to this.
In the actual use of shading system, each parts in signal receiving unit 15 (for example, the module 4 of the module 1 of time of reception, wireless weather receiver module 2, reception GPS information etc.) the various circumstance state informations that sense can be delivered to data processing unit 6, then data processing unit 6 is controlled the start and stop of driving governor 9 according to various different situations, and then by driving governor 9, control sun shield mechanism passenger is carried out to sunshade, thereby can realize sun shield mechanism according to the automatic sun-shading of environmental aspect.So impact that the existing sun shield mechanism that shading system of the present utility model has reduced again when reaching shaded effects blocks for the larger area sight line of chaufeur and copilot in use.In addition, shading system of the present utility model can also avoid passenger constantly to regulate the action of sun shield, has reduced unnecessary trouble.
More specifically, sun shield mechanism has actuator, and driving governor 9 is connected with actuator and the running from the described indication information adjusting driver of described data processing unit 6 for basis.As optional embodiment, connect the method for driving governor 9 and actuator for being electrically connected to, certainly also can use for example other modes well known by persons skilled in the art of transmission of wireless signals.Preferably, actuator is drive motor 8.In the present embodiment, the output shaft of drive motor 8 is connected with worm screw 14, and this shading system also comprises worm gear 7 and mechanical arm 13.Wherein, worm gear 7 and worm screw 14 engagements, worm gear 7 is connected with protruding axle 10, and the central axes of the axis of protruding axle 10 and worm gear 7, as depicted in figs. 1 and 2.In addition, one end of mechanical arm 13 is connected with protruding axle 10, and the other end is provided with the sun shield 11 for keeping the sun off.In a preferred embodiment, sun shield 11 can be polaroid, and drive motor 8 can be DC permanent magnet motor.
In the actual use of shading system, due to mechanical arm 13 moves around on vehicle front windshield need to larger power, so the utility model has adopted worm gear structure, thereby the power augmentation that drive motor 8 is produced, so that mechanical arm 13 can move more freely on vehicle front windshield.And then improved the sunshade accuracy of shading system in using.Certainly should be appreciated that the kind of drive motor 8 and the connection structure of drive motor 8 and mechanical arm 13 all can determine according to concrete service condition, the utility model is not limited to this.
With reference to Fig. 3 and Fig. 4, what illustrate is the concrete structure of mechanical arm 13 in the utility model shading system.Preferably, mechanical arm 13 is telescopic multi-segmental mechanical arm, has base pitch section 1.1, two sections 1.2, three sections 1.3, the first drag-line 1.4, the second drag-line 1.6 and telescopic oil cylinder 1.5.
Particularly, three sections 1.3 are contained in two sections 1.2, and two sections 1.2 are contained in base pitch section 1.1.Wherein, the end of base pitch section 1.1 is connected with protruding axle 10, and telescopic oil cylinder 1.5 one end are arranged in base pitch section 1.1, and the other end is arranged in three sections 1.3, and this other end of telescopic oil cylinder 1.5 is also fixed with the first pulley 2.1.First drag-line 1.4 one end are connected with base pitch section 1.1, and the other end is walked around the first pulley 2.1 and is connected with three sections 1.3.In addition, two sections 1.2 are contained in one end in base pitch section 1.1 and are fixed with second pulley 2.2, the second drag-line 1.6 one end and are connected with three sections 1.3, and the other end is walked around the second pulley 2.2 and is connected with base pitch section 1.1.
In conjunction with Fig. 3 and Fig. 4, when mechanical arm 13 need to stretch out, first the piston rod of telescopic oil cylinder 1.5 stretches out, and the first pulley 2.1 that then drives its end to connect moves together.Then, because one end of the first drag-line 1.4 is fixed in base pitch section 1.1, and the other end is fixed on three sections 1.3, so mobile first drag-line 1.4 traction three sections 1.3 that can drive of the first pulley 2.1 move.Further, because three sections 1.3 start to move, connection the second pulley 2.2 thereon can be followed three sections 1.3 and be moved, and draws two sections 1.2 and move, thereby completes the extend action of mechanical arm 13.
Because this mechanical arm 13 is telescopic multi-segmental mechanical arm, thus can be so that shading system in use, can cover each position of front windshield, thus make shading system area coverage larger, shaded effects are better.
In addition, referring again to Fig. 1, on three sections 1.3 of mechanical arm 13, be also provided with sun shield drive motor 12, correspondingly, the end of sun shield 11 is connected with hollow sleeve, and hollow sleeve is set on three sections 1.3.Particularly, the axle drive shaft of sun shield drive motor 12 is connected with hollow sleeve, the axis of axle drive shaft is parallel with the axis of hollow sleeve, thereby makes the rotation of the axle drive shaft of sun shield drive motor 12 can drive hollow sleeve rotation, and then makes to connect sun shield 11 rotations on it.Therefore, sun shield drive motor 12 can for example, be controlled sun shield 11 according to environmental aspect (, traveling state of vehicle, solar light irradiation direction, vehicle heading etc.) and rotate to go to best sun shading angle, further improves the shaded effects to passenger.
In the concrete use of shading system of the present utility model, first each parts in signal receiving unit 15 and module receive current environment condition information.For example, the module 1 sensing current motor-driven vehicle going time by time of reception is daytime or night; By wireless weather receiver module 2 sensing current environment situations, it is fine day or cloudy day etc.; By the module current motor-driven vehicle going of the 4 sensing region that receives GPS information, whether for needs sunshade region, (for example, needing sunshade region can be city highway, mountain highway etc.; And can be tunnel, underground passage way etc. without sunshade region) and show whether current motor-driven vehicle going direction is the direction that faces south; Pitch angle by the current self-propelled vehicle of 3-axis acceleration gyroscope 5 sensing.Then, signal receiving unit 15 is sent to data processing unit 6 by received information.
When data processing unit 6 receives above-mentioned information, if determine and need to carry out sunshade to passenger, for example, the motor-driven vehicle going time is daytime, current weather is fine day, motor-driven vehicle going direction is on the sunny side, or motor-driven vehicle going is on highway etc., data processing unit 6 sends the instruction that starts driving governor 9, and then driving governor 9 starts and controls sun-shading mechanism and acts accordingly, , mechanical arm 13 is put down along vehicle front windshield, as shown in Figure 2, and can correspondingly control sun shield drive motor 12 rotating sun-shading boards 11, the position that needs sunshade to arrive passenger, thereby passenger is carried out to sunshade.
In addition, above-mentioned module and parts included in signal receiving unit 15 are all conventional module and parts that use during current self-propelled vehicle is manufactured, so can not increase the manufacturing cost of the utility model shading system.On the other hand, the utility model also provides a kind of self-propelled vehicle with above-mentioned arbitrary shading system, and shading system is at least partially disposed in the interior vehicle ceiling of this self-propelled vehicle.That is, the signal receiving unit 15 in shading system, data processing unit 6 and driving governor 9 are all arranged in interior vehicle ceiling, and the knit line alternate setting of the mechanical arm 13 of sun shield mechanism between interior vehicle ceiling and vehicle front windshield.That is, can be so that mechanical arm 13 can move along the front windshield of vehicle in motion process.In addition the joint that alternatively, the mechanical arm 13 of sun shield mechanism can be between interior vehicle ceiling and vehicle side door.That is,, in self-propelled vehicle of the present utility model, the vehicle side Windshield that sun shield mechanism also can be used as driver side and copilot side shuts out the light.
To sum up, shading system of the present utility model is in being applied to self-propelled vehicle time, both can be used as vehicle front windshield and keep the sun off, and equally also can be used as vehicle side Windshield and keep the sun off, this can be so that shading system of the present utility model be applied more extensive in self-propelled vehicle.In other words, in self-propelled vehicle of the present utility model, driver side and copilot side have all been installed shading system of the present utility model, so this self-propelled vehicle possesses all advantages of above-mentioned relevant the utility model shading system.That is, self-propelled vehicle of the present utility model can regulate the shading system of sunshade position automatically according to environmental aspect, take better as Vehicular occupant provides sunshade.
In addition it will be appreciated by those skilled in the art that shading system of the present utility model except being applied in self-propelled vehicle, can also be applied in other multiple occasions.For example, be arranged in the operator's compartment of steamer, to be arranged on aircraft medium.So shading system purposes scope of the present utility model is wider, and the concrete application of shading system can determine according to service condition, and the utility model is not limited to this.
These are only preferred embodiment of the present utility model, be not limited to the utility model, for a person skilled in the art, the utility model can have various modifications and variations.All within spirit of the present utility model and principle, any modification of doing, be equal to replacement, improvement etc., within all should being included in protection domain of the present utility model.

Claims (13)

1. a shading system, is characterized in that, comprising:
Signal receiving unit (15);
For the treatment of the signal from described signal receiving unit (15) and produce the data processing unit (6) of indication information, the data input pin of the signal output part of described signal receiving unit (15) and described data processing unit (6) is connected;
Be connected and the driving governor (9) from the described indication information of described data processing unit (6) for reception with the data output end of described data processing unit (6); And
With the joining sun shield of described driving governor (9) mechanism.
2. shading system according to claim 1, is characterized in that, described signal receiving unit comprises for receiving the wireless weather receiver module of wireless Weather information.
3. shading system according to claim 2, is characterized in that, described signal receiving unit comprises the module of time of reception and GPS information.
4. shading system according to claim 3, is characterized in that,
Described signal receiving unit also comprises: three axles accelerate gyroscope (5).
5. shading system according to claim 1, it is characterized in that, described sun shield mechanism comprises actuator, and described driving governor (9) is connected with described actuator and for according to regulate the running of described actuator from the described indication information of described data processing unit (6).
6. shading system according to claim 5, is characterized in that,
Described actuator is drive motor (8), and the output shaft of described drive motor (8) is connected with worm screw (14), and wherein said shading system also comprises:
With the worm gear (7) of described worm screw (14) engagement, described worm gear (7) is connected with protruding axle (10), the central axes of the axis of described protruding axle (10) and described worm gear (7); And
Mechanical arm (13), one end of described mechanical arm (13) is connected with described protruding axle (10), and the other end is provided with sun shield (11).
7. shading system according to claim 6, is characterized in that,
Described drive motor (8) is DC permanent magnet motor.
8. shading system according to claim 6, is characterized in that,
Described sun shield (11) is polaroid.
9. shading system according to claim 6, is characterized in that,
Described mechanical arm (13) is telescopic multi-segmental mechanical arm.
10. shading system according to claim 9, is characterized in that,
Described mechanical arm (13) has base pitch section (1.1), two sections (1.2), three sections (1.3), the first drag-line (1.4), the second drag-line (1.6) and telescopic oil cylinder (1.5),
Wherein, described three sections (1.3) are contained in described two sections (1.2), and described two sections (1.2) are contained in described base pitch section (1.1),
Wherein, the end of described base pitch section (1.1) is connected with described protruding axle (10), described telescopic oil cylinder (1.5) one end is arranged in described base pitch section (1.1), the other end is arranged in described three sections (1.3), the described other end is also fixed with the first pulley (2.1), the first drag-line (1.4) one end is connected with described base pitch section (1.1), and the other end is walked around described the first pulley (2.1) and is connected with described three sections (1.3)
Wherein, one end that described two sections (1.2) are contained in described base pitch section (1.1) is fixed with the second pulley (2.2), the second drag-line (1.6) one end is connected with described three sections (1.3), and the other end is walked around described the second pulley (2.2) and is connected with described base pitch section (1.1).
11. shading systems according to claim 10, is characterized in that,
On described three sections (1.3), be provided with sun shield drive motor (12), the end of described sun shield (11) is connected with hollow sleeve, and it is upper that described hollow sleeve is set in described three sections (1.3),
Wherein, the axle drive shaft of described sun shield drive motor (12) is connected with described hollow sleeve, and the axis of described axle drive shaft is parallel with the axis of described hollow sleeve.
12. 1 kinds of self-propelled vehiclees with shading system described in aforementioned arbitrary claim.
13. self-propelled vehiclees according to claim 12, is characterized in that, described shading system is at least partially disposed in the interior vehicle ceiling of described self-propelled vehicle.
CN201320573844.6U 2013-09-16 2013-09-16 Sun-shading system and motor vehicle provided with sun-shading system Active CN203485720U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201320573844.6U CN203485720U (en) 2013-09-16 2013-09-16 Sun-shading system and motor vehicle provided with sun-shading system

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201320573844.6U CN203485720U (en) 2013-09-16 2013-09-16 Sun-shading system and motor vehicle provided with sun-shading system

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106114150A (en) * 2016-06-27 2016-11-16 秦艳 Big data server

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106114150A (en) * 2016-06-27 2016-11-16 秦艳 Big data server
CN106114150B (en) * 2016-06-27 2018-01-09 高天辰 Big data server

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