CN104385891B - Environment inside car auxiliary adjusting method - Google Patents
Environment inside car auxiliary adjusting method Download PDFInfo
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- CN104385891B CN104385891B CN201410688731.XA CN201410688731A CN104385891B CN 104385891 B CN104385891 B CN 104385891B CN 201410688731 A CN201410688731 A CN 201410688731A CN 104385891 B CN104385891 B CN 104385891B
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Abstract
The present invention relates to the auxiliary adjusting method of motor vehicles.The open a kind of environment inside car auxiliary adjusting method of the present invention, including: following steps: A, thering is provided the step of a kind of environment inside car auxiliary adjustment system, this environment inside car auxiliary adjustment system includes: wrap-up, electrification component, electrically-controlled component, environment inside car change assembly.B, this electrically-controlled component controls this wrap-up and drives this electrification component to carry out the step of rolling and expansion, and this electrically-controlled component controls this environment inside car and changes the step that assembly carries out opening and closing.The present invention for carrying out the regulation of environment inside car temperature to motor vehicles.
Description
Technical field
The present invention relates to auxiliary conditioning unit and the method for motor vehicles, be especially for the environment inside car auxiliary adjustment system and method to motor vehicles.
Background technology
In scorching midsummer, motor vehicles are parked under burning sun and are exposed to the sun, and vehicle interior temperature can be the highest.When entering in the most boiling hot car, people can feel backing hot, often makes uncomfortable.For avoiding high temperature to be exposed to the sun the impact on motor vehicles temperature, existing sunshade cloth for vehicle be the reflectance coating utilizing its surface to reflect sunlight, thus avoid strong solar exposure, however it is necessary that and cover every time, use and extremely pay no attention to.The most also utilize photovoltaic panel (solar energy) to drive an electricity refrigeration device that cabin in motor vehicles is lowered the temperature as power generation energy resource, thus save the work oil consumption of on-board air conditioner.Proposing as the patent document of CN103042899A, CN103759358A is all based on this, but they only provide the embodiment of electricity components of system as directed, the concrete structure for how to implement there is no too much announcement, thus can not be actually used.Additionally, patent publication No. CN101734124A proposes a kind of vehicle solar semiconductor temperature regulating device, and disclose corresponding installation and realize structure, but to be the mode using a kind of stickup be fixed on solar cell TRT on vehicle for it.Come with some shortcomings part: 1, it is impossible to cover vehicle comprehensively；2, usable floor area is less, and solar energy utilization ratio is not enough；3, adopt and fix the most for a long time, affect automobile appearance.
Summary of the invention
Therefore, for the above-mentioned weak point of prior art, the present invention proposes a kind of environment inside car auxiliary adjustment system and method.
The present invention adopts the following technical scheme that realization:
A kind of environment inside car auxiliary adjusting method, including: following steps:
A, it is provided that the step of a kind of environment inside car auxiliary adjustment system, this environment inside car auxiliary adjustment system includes: wrap-up, electrification component, electrically-controlled component, environment inside car change assembly；
B, this electrically-controlled component controls this wrap-up and drives this electrification component to carry out the step of rolling and expansion, and this electrically-controlled component controls this environment inside car and changes the step that assembly carries out opening and closing.
The present invention uses as above technical scheme, realizes electrification component (thin-film type solar cell sheet) by wrap-up and electrically-controlled component and comprehensively covers motor vehicles, also improves sun utilization rate simultaneously.Using this electrification component of control (thin-film type solar cell sheet) to carry out automatic winding simultaneously, cover vehicle during use, when not using, backrush is in car, more attractive in appearance and tool practicality.
Accompanying drawing explanation
Fig. 1 is the structural representation that the wrap-up of the present invention is installed on motor vehicles；
Fig. 2 is the operation principle schematic diagram of the wrap-up of the present invention；
Fig. 3 is the structural representation of the electrification component of the present invention；
Fig. 4 is the use view of the environment inside car auxiliary adjustment system of the present invention；
Fig. 5 is the electrical connection block diagram of the electrically-controlled component of the present invention.
Detailed description of the invention
In conjunction with the drawings and specific embodiments, the present invention is further described.
The environment inside car auxiliary adjusting method of the present invention, including: following steps:
A, it is provided that the step of a kind of environment inside car auxiliary adjustment system, this environment inside car auxiliary adjustment system includes: wrap-up, electrification component, electrically-controlled component, environment inside car change assembly.
B, this electrically-controlled component controls this wrap-up and drives this electrification component to carry out the step of rolling and expansion, and this electrically-controlled component controls this environment inside car and changes the step that assembly carries out opening and closing.
Refering to shown in Fig. 1 to Fig. 5, in step A, as the environment inside car auxiliary adjustment system of one embodiment of the invention, including: wrap-up, electrification component, electrically-controlled component, environment inside car change assembly.Wherein:
This wrap-up includes: winder 101, forward pass driving wheel 103, some accessory drive wheel this embodiment of 102(is as a example by 2, can increase and decrease according to time situation), wirerope 104, this forward pass driving wheel 103 is fixedly installed on the roof of motor vehicles, this accessory drive wheel 102 is fixedly installed on the roof of motor vehicles successively, and this winder 101 is fixedly installed on the tailstock (such as boot) of motor vehicles, this wirerope 104 is circumferentially positioned on the reel 1011 of this winder 101 and the accessory drive wheel 102 of both sides and forward pass driving wheel 103.
This electrification component includes: a thin-film type solar cell sheet 201 and the magnetic absorption bar 202 being arranged at this thin-film type solar cell sheet 201 dual-side, this electrification component adsorbs setting (magnetic absorption bar 202 can tune to suitable size according to different size and condition absorption affinity, it is to avoid ambient weather affects) on the wirerope 104 of the both sides of this wrap-up by the magnetic absorption bar 202 of this thin-film type solar cell sheet 201 dual-side.This electrification component can meet power demands, the 1 general power output of square meter of this thin-film type solar cell sheet 201 is 130W, and system photoelectric transformation efficiency is generally 65%, if made according to roof area about 4 square meters, the then power of this electrification component substantially 338W, completely to meet power demands；Certain, actual effect has certain deviation according to actual conditions.
This electrically-controlled component includes: a main control unit 301, one winder drives control unit 302, one photovoltaic panel charhing unit 303 and an electricity refrigeration drive control unit 304, this winder drives control unit 302, photovoltaic panel charhing unit 303, electricity refrigeration drives control unit 304 and Vehicular accumulator cell all to electrically connect with this main control unit 301, this winder drives control unit 302 to be also electrically coupled to this winder 101, this photovoltaic panel charhing unit 303 is also electrically coupled to the thin-film type solar cell sheet 201 of this electrification component, this electricity refrigeration driving control unit 304 is also attached to this environment inside car change assembly and (is positioned at car, not shown in figure).
This environment inside car changes assembly and includes semiconductor electricity cooling piece, and this this environment inside car changes assembly and is installed on (not shown) in car, and utilizes this semi-conductor electricity cooling piece to lowering the temperature in car (summer) and heating up (winter).This semi-conductor electricity cooling piece can use TES.TEC series cooling piece or similar products composition.
Preferably, the wirerope 104 of this wrap-up is to be circumferentially positioned at the reel 1011 of this winder and the accessory drive wheel 102 of both sides and forward pass driving wheel 103 with " 8 " font around mode, thus it is beneficial to this wirerope 104 nervous, more smoothly this thin-film type solar cell sheet 201 of carrying out being adsorbed in this wirerope 104 is carried out wind-up operation.
Preferably, in order to improve in-car air quality further, this environment inside car changes assembly and also includes a pernicious gas adsorption box, such as, absorb the adsorption box of formaldehyde gas, is exposed to the sun the formaldehyde pernicious gas produced because of high temperature adsorbing in car plastic parts.
Preferred, this pernicious gas adsorption box includes sealing box body and being arranged at the pernicious gas sorbing material in this seal box body of a band movable door, one automatically controlled drive division is set on the movable door of this sealing box body, the opening and closing of this movable door are driven by this automatically controlled drive division, and this automatically controlled drive division electrically connects with this main control unit 301, such that it is able to be controlled.Pernicious gas sorbing material in this pernicious gas adsorption box can periodic cleaning or replacing as required.
Preferably, in order to avoid installing this forward pass driving wheel 103 and the accessory drive 102 loss to vehicle, this forward pass driving wheel 103 and accessory drive 102 use lossless formula to install.This forward pass driving wheel 103 and accessory drive wheel 102 have a magnetic bracket 1031,1021 respectively, be adsorbed in roof and the tailstock of motor vehicles respectively by this magnetic bracket 1031,1021, and this forward pass driving wheel 103 and accessory drive 102 are fixed setting.
In step B, when the vehicle is stopped, control to make this main control unit drive control unit to send first steering controling signal to winder；Thus this winder drives control unit to drive this wrap-up to make the thin-film type solar cell sheet of this electrification component launch；This thin-film type solar cell sheet converts the solar into electric energy simultaneously, the photovoltaic panel charhing unit being electrically connected be converted to electric energy, and controlled to be charged Vehicular accumulator cell by main control unit；The semi-conductor electricity cooling piece that the electricity refrigeration that this main control unit makes this environment inside car change assembly simultaneously drives control unit to drive this environment inside car to change assembly freezes or heats；When a vehicle is started, control make this to make this main control unit to winder drive control unit send second steering controling signal, thus, winder drive control unit drive this wrap-up to make the thin-film type solar cell sheet rolling of this electrification component.If in the case of the environment inside car change assembly of this environment inside car auxiliary adjustment system also includes a pernicious gas adsorption box, step B also includes: when the vehicle is stopped, main control unit output control signal make the automatically controlled drive division of this sealing box body make this movable door carry out breakdown action；When a vehicle is started, main control unit output control signal the automatically controlled drive division of this sealing box body is made to make this movable door carry out closing motion.
The more specifically course of work of the environment inside car auxiliary adjustment system of this embodiment is: when driver car is stopped at open air shine upon lower place time, by the control modes such as button in remote control or car (the emphasis place of non-invention, available prior art other all control technology) intelligent control circuit that makes this main control unit 301(be mainly made up of MCU and peripheral chip) drive control unit 302 to send one first to winder to turn to (as rotated forward) control signal.Thus, winder drives control unit 302 to drive this wrap-up to make this electrification component cover vehicle comprehensively；Detailed process is: this reel 1011 of the driven by motor of this winder 101 rotates, then will be towards car nose motion due to this wirerope 104 on the accessory drive wheel 102 of reel 1011 and roof both sides being circumferentially positioned at this winder and the forward pass driving wheel 103 of car front end；On the wirerope 104 of the both sides that can be arranged at this wrap-up by magnetic absorption due to the magnetic absorption bar 202 of this electrification component, this thin-film type solar cell sheet 201(flexible substrate material of rolling and this winder 101) motion by wirerope 104 will be followed vehicle to be covered comprehensively to headstock by the tailstock.Now, motor vehicles are due to covering by this thin-film type solar cell sheet 201 comprehensively, can stop that strong sunlight irradiates, heat up in avoiding car too high, this thin-film type solar cell sheet 201 can also convert the solar into electric energy simultaneously, electric energy is converted to by the photovoltaic panel charhing unit 303 being electrically connected, and controlled Vehicular accumulator cell is charged by main control unit 301, this main control unit 301 can also be according to the charge condition of Vehicular accumulator cell simultaneously, select by Vehicular accumulator cell or directly export by photovoltaic panel charhing unit 303 electric current make this electricity refrigeration driving control unit 304 drive this environment inside car change assembly semi-conductor electricity cooling piece freeze.If the winter that temperature is relatively low, it is also possible to driving the semi-conductor electricity cooling piece being driven control unit 304 to drive this environment inside car to change assembly by this semi-conductor electricity refrigeration carry out heating (this semi-conductor electricity refrigeration drive control unit 304 can according to drive electric current to different change refrigeration or heat mode).If what this environment inside car in this embodiment changed assembly has preferably employed pernicious gas adsorption box, then can also be exported control signal to make the automatically controlled drive division of this sealing box body make this movable door carry out breakdown action by main control unit 301, such that it is able to absorption harmful gas in vehicle.So when driver comes back to vehicle, the environment inside car auxiliary adjustment system of this embodiment can be by temperature regulation in car to more suitably temperature (and improving harmful gas in vehicle content).And also can be controlled this by control modes such as buttons in remote control or car and make this main control unit 301 drive control unit 302 to send one second to winder to turn to (as reversion) control signal.Thus, winder drives control unit 302 to drive this wrap-up to make this electrification component carry out rolling；Detailed process is contrary with above-mentioned expansion process, repeats no more in this；Also can control to close the hatch door of this pernicious gas adsorption box, it is to avoid pernicious gas sorbing material consumes too much simultaneously.Such that in this electrification component can be accommodated in the tailstock (such as boot) again, make normal vehicle operation unaffected, the most attractive in appearance.Additionally or, this wrap-up make this electrification component carry out part rolling, the thin-film type solar cell sheet 201 that i.e. will affect the front part of vehicle and front side portion of driving visual angle is packed up；The thin-film type solar cell sheet 201 of other parts is in running order, thus charges for battery, or directly controls related facility operating, and assisted engine works, saves corresponding energy consumption.
As fully visible, the environment adjustment system that the environment inside car auxiliary adjustment system of the present invention overcomes in the most most of car has relied on engine energy consumption and works, cannot the most still keep the deficiency of corresponding function, or the efficiency of the environment adjustment system in some cars deficiency low, the most unpractical.The environment inside car auxiliary adjustment system of the present invention is a kind of to save energy consumption, environmental protection, comprehensive cover facility in compartment, the environment inside car auxiliary adjustment system of efficient photoelectricity treater conversion ratio.
Although specifically showing in conjunction with preferred embodiment and describing the present invention; but those skilled in the art should be understood that; in the spirit and scope of the present invention limited without departing from appended claims; the present invention can be made a variety of changes in the form and details, be protection scope of the present invention.
Claims (7)
1. environment inside car auxiliary adjusting method, it is characterised in that including: following steps:
A, it is provided that the step of a kind of environment inside car auxiliary adjustment system, this environment inside car auxiliary adjustment system includes: wrap-up, electrification component, electrically-controlled component, environment inside car change assembly, wherein:
This wrap-up includes: a winder, a forward pass driving wheel, some accessory drive wheel, wirerope, this forward pass driving wheel is fixedly installed on the roof of motor vehicles, this accessory drive wheel is fixedly installed on the roof of motor vehicles successively, and this winder is fixedly installed on the tailstock of motor vehicles, this wirerope is circumferentially positioned on the reel of this winder and the accessory drive wheel of both sides and forward pass driving wheel；
This electrification component includes: a thin-film type solar cell sheet and the magnetic absorption bar being arranged at this thin-film type solar cell sheet dual-side, and this electrification component is adsorbed on the wirerope of the both sides being arranged at this wrap-up by the magnetic absorption bar of this thin-film type solar cell sheet dual-side；
This electrically-controlled component includes: a main control unit, a winder drive control unit, a photovoltaic panel charhing unit and an electricity refrigeration to drive control unit, this winder drives control unit, photovoltaic panel charhing unit, electricity refrigeration to drive control unit and Vehicular accumulator cell all to electrically connect with this main control unit, this winder drives control unit to be also electrically coupled to this winder, this photovoltaic panel charhing unit is also electrically coupled to the thin-film type solar cell sheet of this electrification component, and this electricity refrigeration drives control unit to be also attached to this environment inside car change assembly；
This environment inside car changes assembly and includes semiconductor electricity cooling piece；
B, this electrically-controlled component controls this wrap-up and drives this electrification component to carry out the step of rolling and expansion, and this electrically-controlled component controls this environment inside car and changes the step that assembly carries out opening and closing.
Environment inside car auxiliary adjusting method the most according to claim 1, it is characterised in that: the wirerope of this wrap-up is to be circumferentially positioned at the reel of this winder and the accessory drive wheel of both sides and forward pass driving wheel with " 8 " font around mode.
Environment inside car auxiliary adjusting method the most according to claim 1 and 2, it is characterised in that: this environment inside car changes assembly and also includes a pernicious gas adsorption box.
Environment inside car auxiliary adjusting method the most according to claim 3, it is characterized in that: this pernicious gas adsorption box includes sealing box body and being arranged at the pernicious gas sorbing material in this seal box body of a band movable door, one automatically controlled drive division is set on the movable door of this sealing box body, driven the opening and closing of this movable door by this automatically controlled drive division, and this automatically controlled drive division electrically connects with this main control unit.
Environment inside car auxiliary adjusting method the most according to claim 1, it is characterised in that: this forward pass driving wheel and accessory drive wheel have a magnetic bracket respectively, are adsorbed in roof and the tailstock of motor vehicles respectively by this magnetic bracket.
Environment inside car auxiliary adjusting method the most according to claim 1, it is characterised in that: this step B specifically: when the vehicle is stopped, control make this main control unit to winder drive control unit send first steering controling signal；Thus this winder drives control unit to drive this wrap-up to make the thin-film type solar cell sheet of this electrification component launch；This thin-film type solar cell sheet converts the solar into electric energy simultaneously, the photovoltaic panel charhing unit being electrically connected be converted to electric energy, and controlled to be charged Vehicular accumulator cell by main control unit；The semi-conductor electricity cooling piece that the electricity refrigeration that this main control unit makes this environment inside car change assembly simultaneously drives control unit to drive this environment inside car to change assembly freezes or heats；When a vehicle is started, control make this to make this main control unit to winder drive control unit send second steering controling signal, thus, winder drive control unit drive this wrap-up to make the thin-film type solar cell sheet rolling of this electrification component.
Environment inside car auxiliary adjusting method the most according to claim 4, it is characterised in that: this step B specifically: when the vehicle is stopped, control make this main control unit to winder drive control unit send first steering controling signal；Thus this winder drives control unit to drive this wrap-up to make the thin-film type solar cell sheet of this electrification component launch；This thin-film type solar cell sheet converts the solar into electric energy simultaneously, the photovoltaic panel charhing unit being electrically connected be converted to electric energy, and controlled to be charged Vehicular accumulator cell by main control unit；The semi-conductor electricity cooling piece that the electricity refrigeration that this main control unit makes this environment inside car change assembly simultaneously drives control unit to drive this environment inside car to change assembly freezes or heats；And made the automatically controlled drive division of this sealing box body make this movable door carry out breakdown action by main control unit output control signal；When a vehicle is started, control make this to make this main control unit to winder drive control unit send second steering controling signal, thus, winder drive control unit drive this wrap-up to make the thin-film type solar cell sheet rolling of this electrification component；And made the automatically controlled drive division of this sealing box body make this movable door carry out closing motion by main control unit output control signal.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410688731.XA CN104385891B (en) | 2014-11-26 | 2014-11-26 | Environment inside car auxiliary adjusting method |
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| CN201410688731.XA CN104385891B (en) | 2014-11-26 | 2014-11-26 | Environment inside car auxiliary adjusting method |
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| CN104385891B true CN104385891B (en) | 2016-08-24 |
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| CN104842761B (en) * | 2015-06-03 | 2017-07-04 | 马鞍山聚力科技有限公司 | A kind of antitheft solar energy automatic accomodation vehicle cover of electromagnet and preparation method |
| MA38547A1 (en) * | 2015-10-27 | 2017-05-31 | Hammari Bouazza El | Automatic cover for cars |
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| JPS57138411A (en) * | 1981-02-16 | 1982-08-26 | Nippon Denso Co Ltd | Air intake controller for car air conditioner |
| CN102069700A (en) * | 2010-11-23 | 2011-05-25 | 程娟萍 | Automatic awning of automobile |
| CN102407760B (en) * | 2011-10-13 | 2013-12-11 | 徐志新 | Full-automatic car shading net |
| CN203228627U (en) * | 2013-03-11 | 2013-10-09 | 王仕相 | Novel sun shade for vehicle |
| CN203854463U (en) * | 2014-03-27 | 2014-10-01 | 佛吉亚（中国）投资有限公司 | Air purification device for inside of car |
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