CN204109758U - A kind of vehicle energy saving shading machine - Google Patents
A kind of vehicle energy saving shading machine Download PDFInfo
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- CN204109758U CN204109758U CN201420600787.0U CN201420600787U CN204109758U CN 204109758 U CN204109758 U CN 204109758U CN 201420600787 U CN201420600787 U CN 201420600787U CN 204109758 U CN204109758 U CN 204109758U
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Abstract
The utility model discloses a kind of vehicle energy saving shading machine, vehicle energy saving shading machine is fixedly connected on the baggage rack of the roof of automobile; Vehicle energy saving shading machine comprises headstock roof roller blind draw off gear, is fixedly connected on the front roller blind draw off gear of headstock roof roller blind draw off gear one end, tailstock roof roller blind draw off gear and is fixedly connected on rear roller blind draw off gear and the horizontal motion bracing or strutting arrangement of tailstock roof roller blind draw off gear one end; Also comprise roller blind draw off gear on the right side of the vehicle body that is positioned in vehicle body right positions and be positioned at roller blind draw off gear on the left of the vehicle body in vehicle body leftward position.The vehicle energy saving shading machine that the utility model provides can realize stretching along roof horizontal direction or shrinking, also before can realizing car, after car, vertical direction is flexible, therefore this vehicle energy saving shading machine more easily opens or closes at any time, realize shading, rain cover wind sheltering, and telescopic level and stroke can be changed as required, and then change sunshade area.
Description
Technical field
The utility model relates to vehicle body fittings equipment technology field, particularly relates to a kind of vehicle energy saving shading machine.
Background technology
In daily life, be all the constructional device fixing on the ground or build on the ground temporarily for becalm shading or even the bicycle shed of taking shelter from rain of vehicle; And adopt vehicle window pad pasting or the inner curtain of vehicle window to stop that the solar radiation of car outside is in car.
But traditional bicycle shed can not carry with car, the servo-actuated shading without automobile keeps away wind structure.In addition, vehicle window pad pasting, curtain are difficult to again realize good shaded effect.Because the metal sheath of car roof and vehicle body has good heat transfer property, cause only place one hour under burning sun after, the temperature in car just can be elevated to 45 to 60 degrees Celsius fast; In this case driver can be caused obviously to be difficult to adapt to high temperature in car, fast into the car, cannot can only open air-conditioning after automobile starting, and then after waiting for 5 to 10 minutes vehicle interior temperature being reduced to ambient temperature, driver could into the car; So, the oil consumption needed for cooling and wait time are larger losses concerning car owner.
Meanwhile, engineering plastics compound component degradation and decomposition in the car that vehicle often causes after high temperature is exposed to the sun, also usually can with the release phenomenon of noxious gas in engineering plastics degradation and decomposition process; In addition, noxious gas is very fast after discharging to be vaporized drive in airtight car, and for a long time to the noxious gas injury that driver into the car causes.
In sum, how to overcome automobile shading structural device in prior art single (such as: vehicle window pad pasting, curtain), the undesirable defect of shaded effect is those skilled in the art's problem demanding prompt solutions.
Utility model content
The purpose of this utility model is to provide a kind of vehicle energy saving shading machine, to solve the problem.
In order to achieve the above object, the technical solution of the utility model is achieved in that
The utility model provides a kind of vehicle energy saving shading machine, and described vehicle energy saving shading machine is fixedly connected on the baggage rack of the roof of automobile;
Described vehicle energy saving shading machine comprises headstock roof roller blind draw off gear 3, is fixedly connected on the front roller blind draw off gear 1 of described headstock roof roller blind draw off gear 3 one end, tailstock roof roller blind draw off gear 4 and is fixedly connected on rear roller blind draw off gear 2 and the horizontal motion bracing or strutting arrangement 7 of tailstock roof roller blind draw off gear 4 one end;
Described headstock roof roller blind draw off gear 3 and tailstock roof roller blind draw off gear 4 include puggaree; The starting point end of the puggaree on described headstock roof roller blind draw off gear 3 overlaps with the starting point end of the puggaree on described tailstock roof roller blind draw off gear 4;
Described horizontal motion bracing or strutting arrangement 7 moves to the headstock direction of automobile for the entirety of the puggaree on headstock roof roller blind draw off gear 3 described in horizontally tracting and described front roller blind draw off gear 1; Described horizontal motion bracing or strutting arrangement 7 also moves to the tailstock direction of automobile for the entirety of the puggaree on tailstock roof roller blind draw off gear 4 described in horizontally tracting and described rear roller blind draw off gear 2;
Described front roller blind draw off gear 1 comprises puggaree and the first vertical motion bracing or strutting arrangement; The puggaree that described first vertical motion bracing or strutting arrangement is used on described front roller blind draw off gear 1 is laid straight down;
Described rear roller blind draw off gear 2 comprises puggaree and the second vertical motion bracing or strutting arrangement; The puggaree that described second vertical motion bracing or strutting arrangement is used on described rear roller blind draw off gear 2 is laid straight down.
Preferably, can embodiment as one, described vehicle energy saving shading machine also comprises roller blind draw off gear 5 on the right side of the vehicle body that is positioned in vehicle body right positions and is positioned at roller blind draw off gear 6 on the left of the vehicle body in vehicle body leftward position;
On the right side of described vehicle body, roller blind draw off gear 5 comprises puggaree and the 3rd vertical motion bracing or strutting arrangement; The puggaree that described 3rd vertical motion bracing or strutting arrangement is used on the right side of described vehicle body on roller blind draw off gear 5 is laid straight down;
On the left of described vehicle body, roller blind draw off gear 6 comprises puggaree and the 4th vertical motion bracing or strutting arrangement; The puggaree that described 4th vertical motion bracing or strutting arrangement is used on the left of described vehicle body on roller blind draw off gear 6 is laid straight down.
Preferably, can embodiment as one, described horizontal motion bracing or strutting arrangement 7 comprises two slide rails and two-way horizontal actuating device that arrange along vehicle body horizontal direction parallel;
Described two-way horizontal actuating device is cylinder and high-pressure pump; Or hydraulic actuating cylinder or electric cylinder.
Preferably, can embodiment as one, described first vertical motion bracing or strutting arrangement, described second vertical motion bracing or strutting arrangement, described 3rd vertical motion bracing or strutting arrangement, described 4th vertical motion bracing or strutting arrangement include two slide rails that vertical direction be arranged in parallel and vertical actuating device;
Described vertical actuating device is cylinder and high-pressure pump; Or hydraulic actuating cylinder or electric cylinder.
Preferably, can embodiment as one, described headstock roof roller blind draw off gear 3, described front roller blind draw off gear 1, described tailstock roof roller blind draw off gear 4 and described rear roller blind draw off gear 2 all also comprise spool, casing and spool drive motor;
The output shaft of described spool drive motor is connected with scroll key;
Each described casing for supporting the two ends of described spool, and rotates for supporting described spool; Each described spool for be wound around corresponding described headstock roof roller blind draw off gear 3, described front roller blind draw off gear 1, described tailstock roof roller blind draw off gear 4 and described rear roller blind draw off gear 2 separately on puggaree.
Preferably, can embodiment as one, described slide rail, spool and casing are steel aluminium section bar splicing composition.
Preferably, can embodiment as one, its outside face of described slide rail, spool and casing is cambered surface; Its edges and corners of described slide rail, spool and casing are fillet.
Preferably, can embodiment as one, described puggaree is coloured fourth cloth, Mike's cloth or polyether-ether-ketone resin looped fabric;
Preferably, can embodiment as one, on described slide rail, slidably connect multiple slide block attaching parts; Its each described slide block attaching parts is also fixedly connected with the edge of puggaree respectively.
Preferably, can embodiment as one, the baggage rack of the roof of described vehicle energy saving shading machine and described automobile removably connects.
Compared with prior art, the advantage of the utility model embodiment is:
The keystone configuration analyzing above-mentioned vehicle energy saving shading machine is known, its primarily of headstock roof roller blind draw off gear 3, be fixedly connected on described headstock roof roller blind draw off gear 3 one end before roller blind draw off gear 1, tailstock roof roller blind draw off gear 4 and be fixedly connected on the structure compositions such as the rear roller blind draw off gear 2 of tailstock roof roller blind draw off gear 4 one end and horizontal motion bracing or strutting arrangement 7;
Wherein, horizontal motion bracing or strutting arrangement 7 moves to the headstock direction of automobile for the entirety of the puggaree on headstock roof roller blind draw off gear 3 described in horizontally tracting and described front roller blind draw off gear 1; Described horizontal motion bracing or strutting arrangement 7 also moves to the tailstock direction of automobile for the entirety of the puggaree on tailstock roof roller blind draw off gear 4 described in horizontally tracting and described rear roller blind draw off gear 2; Described front roller blind draw off gear 1 comprises puggaree and the first vertical motion bracing or strutting arrangement; The puggaree that described first vertical motion bracing or strutting arrangement is used on described front roller blind draw off gear 1 is laid straight down;
Because front roller blind draw off gear 1 is fixedly connected on headstock roof roller blind draw off gear 3, therefore when the puggaree on headstock roof roller blind draw off gear 3 described in horizontal motion bracing or strutting arrangement 7 horizontally tracting launches forward, also will can carry front roller blind draw off gear 1 and arrive automobile head top position place, now drive corresponding puggaree to stretch downwards by the first vertical motion bracing or strutting arrangement on front roller blind draw off gear 1 again, and then achieve the sunshade in automobile head front; In like manner, tailstock roof roller blind draw off gear 4 realizes the sunshade of the roof in tailstock portion under horizontal motion bracing or strutting arrangement 7 level (namely two-way) draw, wind sheltering; Rear roller blind draw off gear 2 subsequently on tailstock roof roller blind draw off gear 4 achieves (namely, roller blind draw off gear 2 comprises puggaree and the second vertical motion bracing or strutting arrangement) sunshade at automobile tail rear under the draw of its second vertical motion bracing or strutting arrangement, wind sheltering;
Meanwhile, the retracted position of the telescoping mechanism of above-mentioned vehicle energy saving shading machine and telescopic level can also control according to different service conditions; Such as: when automobile is in dead ship condition, headstock roof roller blind draw off gear 3 in vehicle energy saving shading machine, front roller blind draw off gear 1, tailstock roof roller blind draw off gear 4, rear roller blind draw off gear 2, even on the right side of vehicle body roller blind draw off gear 5 and on the left of being positioned in vehicle body leftward position vehicle body roller blind draw off gear 6 all to trail the omnibearing shading in five directions realizing automobile; In the process of moving, front roller blind draw off gear 1 in stretching structure and headstock roof roller blind draw off gear 3 are by adjustment stroke, can only before automobile 2/3rds positions of windscreen straight-line distance, now which solve the problem that driving indoor temperature in vehicle traveling process is too high; Anti-dazzle device in the process of moving in car and its shaded effects of vehicle window pad pasting obviously do not have the shaded effects of above-mentioned vehicle energy saving shading machine remarkable.
In concrete structure, horizontal motion bracing or strutting arrangement 7 comprises two slide rails and two-way horizontal actuating device that arrange along vehicle body horizontal direction parallel; Described two-way horizontal actuating device is cylinder and high-pressure pump; Or hydraulic actuating cylinder or electric cylinder.
Such as: two-way horizontal actuating device is arranged on slide rail, two-way horizontal actuating device can drive puggaree, and after puggaree trails, puggaree spreads out formation closed sun face along two slide rails; The top of this puggaree covering automobile constitutes the main sunshade telescoping mechanism of automobile.When two-way horizontal actuating device moves on slide rail, just change the sunshade area of automobile top, achieve integrally-built horizontal stretching or shrink the control simultaneously also completing sun face; In addition, vehicle energy saving shading machine after trailing, vehicle energy saving shading machine can also play take shelter from rain, windbreak function.
Accompanying drawing explanation
Each roller blind draw off gear of the vehicle energy saving shading machine that Fig. 1 provides for the utility model embodiment is in the front view under the state of not trailing;
Each roller blind draw off gear of the vehicle energy saving shading machine that Fig. 2 provides for the utility model embodiment is in the front view under local expansion state;
Each roller blind draw off gear of the vehicle energy saving shading machine that Fig. 3 provides for the utility model embodiment is in the front view under most of deployed condition;
Each roller blind draw off gear of the vehicle energy saving shading machine that Fig. 4 provides for the utility model embodiment in Fig. 1 is in the birds-eye view under non-deployed condition;
Partial view after the roller blind draw off gear local expansion state of the vehicle energy saving shading machine that Fig. 5 provides for the utility model embodiment;
Lateral plan on the right side of the vehicle body of the vehicle energy saving shading machine that Fig. 6 provides for the utility model embodiment after roller blind draw off gear deployed condition;
Birds-eye view after the roller blind draw off gear deployed condition of the vehicle energy saving shading machine that Fig. 7 provides for the utility model embodiment;
Perspective view after the complete deployed condition of roller blind draw off gear of the vehicle energy saving shading machine that Fig. 8 provides for the utility model embodiment;
Numbering illustrates:
Roller blind draw off gear 6, horizontal motion bracing or strutting arrangement 7, slide rail 8, cylinder 9, puggaree 10 on the left of roller blind draw off gear 5, vehicle body on the right side of front roller blind draw off gear 1, rear roller blind draw off gear 2, headstock roof roller blind draw off gear 3, tailstock roof roller blind draw off gear 4, vehicle body.
Detailed description of the invention
Also by reference to the accompanying drawings the utility model is described in further detail below by specific embodiment.
See Fig. 1, a kind of vehicle energy saving shading machine that the utility model embodiment provides, described vehicle energy saving shading machine is fixedly connected on the baggage rack of the roof of automobile;
Described vehicle energy saving shading machine comprises headstock roof roller blind draw off gear 3, is fixedly connected on the front roller blind draw off gear 1 of described headstock roof roller blind draw off gear 3 one end, tailstock roof roller blind draw off gear 4 and is fixedly connected on rear roller blind draw off gear 2 and the horizontal motion bracing or strutting arrangement 7 of tailstock roof roller blind draw off gear 4 one end;
Described headstock roof roller blind draw off gear 3 and tailstock roof roller blind draw off gear 4 include puggaree (arranging along vehicle body bearing of trend eye vehicle body direction after namely spreading out); The starting point end of the puggaree on described headstock roof roller blind draw off gear 3 overlaps with the starting point end of the puggaree on described tailstock roof roller blind draw off gear 4;
Described horizontal motion bracing or strutting arrangement 7 moves to the headstock direction of automobile for the entirety of the puggaree 10 on headstock roof roller blind draw off gear 3 described in horizontally tracting and described front roller blind draw off gear 1; Described horizontal motion bracing or strutting arrangement 7 also moves to the tailstock direction of automobile for the entirety of the puggaree on tailstock roof roller blind draw off gear 4 described in horizontally tracting and described rear roller blind draw off gear 2; (note, be that the puggaree on headstock roof roller blind draw off gear 3 and the puggaree on described tailstock roof roller blind draw off gear 4 move time mobile, what in accompanying drawing, numbering 3 and 4 was specifically pointed to is the casing that each roller blind reeling device deposits puggaree, and therefore its numbering 3 and 4 is fixed in the accompanying drawings).
Described front roller blind draw off gear 1 comprises puggaree and the first vertical motion bracing or strutting arrangement; The puggaree that described first vertical motion bracing or strutting arrangement is used on described front roller blind draw off gear 1 is laid straight down;
Described rear roller blind draw off gear 2 comprises puggaree and the second vertical motion bracing or strutting arrangement; The puggaree that described second vertical motion bracing or strutting arrangement is used on described rear roller blind draw off gear 2 is laid straight down.
Wherein, described vehicle energy saving shading machine also comprises roller blind draw off gear 5 on the right side of the vehicle body that is positioned in vehicle body right positions and is positioned at roller blind draw off gear 6 on the left of the vehicle body in vehicle body leftward position;
On the right side of described vehicle body, roller blind draw off gear 5 comprises puggaree and the 3rd vertical motion bracing or strutting arrangement; The puggaree that described 3rd vertical motion bracing or strutting arrangement is used on the right side of described vehicle body on roller blind draw off gear 5 is laid straight down;
On the left of described vehicle body, roller blind draw off gear 6 comprises puggaree and the 4th vertical motion bracing or strutting arrangement; The puggaree that described 4th vertical motion bracing or strutting arrangement is used on the left of described vehicle body on roller blind draw off gear 6 is laid straight down.It should be noted that, the roller blind reeling device at each position above-mentioned (especially on the right side of vehicle body, whether on the left of roller blind draw off gear 5, described vehicle body, can select to install as the case may be by roller blind draw off gear 6, its neither be necessary structure structure), it can to determine whether to install on the right side of vehicle body roller blind draw off gear 6 on the left of roller blind draw off gear 5, vehicle body according to selection; To have installed on the right side of vehicle body on the left of roller blind draw off gear 5, vehicle body its sunshade that can realize in all directions after roller blind draw off gear 6 obviously additional to close, it is applicable to the shading wind sheltering of more vehicle body positions and more vehicle body area.
The principle of work analyzing above-mentioned automobile sun-shading machine is known: it is dust-proof that front roller blind draw off gear 1 is responsible for being in the light of vehicle front vertical plane, it is dust-proof that rear roller blind draw off gear 2 is responsible for being in the light of vehicle front vertical plane, it is dust-proof that headstock roof roller blind draw off gear 3 is responsible for being in the light of vehicle front roof horizontal surface, and it is dust-proof that tailstock roof roller blind draw off gear 4 is responsible for being in the light of automobile rear roof horizontal surface; On the right side of vehicle body, to be responsible for being in the light of car right side vertical surface dust-proof for roller blind draw off gear 5, and on the left of vehicle body, to be responsible for being in the light of automobile left side vertical surface dust-proof for roller blind draw off gear 6;
In concrete structure, front roller blind draw off gear 1 is actual is the puggaree vertically trailed before car; Rear roller blind draw off gear 2 is actually the puggaree vertically stretched at car rear; The puggaree of headstock roof roller blind draw off gear 3 in fact vehicle front roof horizontal stretching; Tailstock roof roller blind draw off gear 4 is puggarees of roof place, automobile rear horizontal stretching; On the right side of vehicle body, on the left of roller blind draw off gear 5, vehicle body, roller blind draw off gear 6 is the puggaree of the vertical setting of car both sides respectively;
Specifically when driving (order is see the structural change of Fig. 1, Fig. 2 and Fig. 3), when movement supporting device travels forward, drive entirety and the horizontal drawout of headstock roof roller blind draw off gear 3 of front roller blind draw off gear 1 simultaneously, until behind target location (as shown in Figure 2), front roller blind draw off gear 1 stretches the puggaree (as shown in Figure 3) of vehicle front more straight down;
On the contrary, movement supporting device is when moving backward, movement supporting device drives entirety and the tailstock roof roller blind draw off gear 4 level drawout backward of rear roller blind draw off gear 2 simultaneously, until behind target location, rear roller blind draw off gear 2 stretches the puggaree at automobile rear more straight down;
Finally put down the puggaree of roller blind draw off gear 6 on the left of roller blind draw off gear 5 (see also Fig. 6) and vehicle body on the right side of vehicle body; The omnibearing shading (as shown in Figure 8) in five directions of automobile can be realized after all like this telescoping mechanisms all trail, in addition, the birds-eye view after the roller blind draw off gear deployed condition of vehicle energy saving shading machine that provides for the utility model embodiment of Fig. 7;
Below the concrete structure of the vehicle energy saving shading machine that the utility model embodiment provides is done and describes in detail:
Specifically see Fig. 4, described horizontal motion bracing or strutting arrangement 7 comprises two slide rails 8 (see also Fig. 5) and two-way horizontal actuating device that arrange along vehicle body horizontal direction parallel;
Wherein, above-mentioned two-way horizontal actuating device can be cylinder 9 (see also Fig. 5) and high-pressure pump (not shown); Or hydraulic actuating cylinder or electric cylinder.
In structure more specifically:
Described first vertical motion bracing or strutting arrangement, described second vertical motion bracing or strutting arrangement, described 3rd vertical motion bracing or strutting arrangement, described 4th vertical motion bracing or strutting arrangement include two slide rails that vertical direction be arranged in parallel and vertical actuating device;
Described vertical actuating device is cylinder and high-pressure pump; Or hydraulic actuating cylinder or electric cylinder.
It should be noted that, electric cylinder adopts motor (i.e. linear drive motor) and controller, produces the product of the straight-line motion of certain thrust.Compared with traditional cylinder, give full play to the Accurate Position Control of motor, the advantage that precise speed controls and accurate thrust controls.There is low noise, low vibration simultaneously, at a high speed, energy-conservation, interfix point can be added arbitrarily, the features such as extra long life.In mechanical automation industry, electron trade, auto trade, uses if be connected with supporting controller, can replacement liquid cylinder pressure and cylinder.Such as: can according to user's designing requirement, in stroke range, any place adds interfix point.Photoelectric switch is installed, and is connected to breed system row driver corresponding port and can realizes multipoint positioning.Therefore, the vehicle energy saving shading machine that the utility model embodiment provides, use a teleswitch and actuator, the flexible stroke of electric cylinder control, control accuracy is higher, is suitable for the requirement of the high precision extension and contraction control of automobile sun-shading machine.
In structure more specifically:
Described headstock roof roller blind draw off gear 3, described front roller blind draw off gear 1, described tailstock roof roller blind draw off gear 4 and described rear roller blind draw off gear 2 all also comprise spool, casing and spool drive motor; The output shaft of described spool drive motor is connected with scroll key (namely spool drive motor rotarily drives spool rotation, and realizes the contractile function of puggaree);
Each described casing for supporting the two ends of described spool, and rotates for supporting described spool; Each described spool for be wound around corresponding described headstock roof roller blind draw off gear 3, described front roller blind draw off gear 1, described tailstock roof roller blind draw off gear 4 and described rear roller blind draw off gear 2 separately on puggaree.
Wherein, described slide rail, spool and casing are steel aluminium section bar splicing composition.Its outside face of described slide rail, spool and casing is cambered surface; Its edges and corners of described slide rail, spool and casing are fillet.
It should be noted that, in order to reduce above-mentioned automobile shading machine air resistance coefficient in the process of moving, affect the normal traveling of automobile when avoiding it to use, its keystone configuration all adopts steel aluminium section bar to splice composition, and its outside face of described slide rail, spool and casing is cambered surface; Its edges and corners of described slide rail, spool and casing are fillet design, and it can reduce the volume of shading machine to the full extent like this, and ensure that it reduces the air resistance in travelling by cambered surface design.
The utility model has the advantages that simultaneously and adopt custom-designed profile shapes directly sun shading material and unwinding and rewinding spindle motor to be combined in one while the above function of arrival, save space and automobile windage.Simultaneously horizontal motion bracing or strutting arrangement and each vertical motion bracing or strutting arrangement can also adopt the cylinder block of high-pressure pump and high strength keel composition with the use of, it can very reliably movable parts, can automatically complete set action, ensure traffic safety simultaneously.Because the baggage rack of the roof of vehicle energy saving shading machine and automobile removably connects.Therefore the main structural components of above-mentioned vehicle energy saving shading machine adopts the splicing of steel aluminium section bar to also help its minimizing weight of equipment, and its material lightweight is convenient to dismounting and is carried;
In structure more specifically:
Described puggaree is coloured fourth cloth, Mike's cloth or polyether-ether-ketone resin looped fabric;
Analyze textile properties on puggaree and tentatively can judge ultraviolet resistance.In general, the ultraviolet resistance of cotton, silk, nylon, viscose glue etc. is poor, and terylene is better.What be commonly used to puggaree contains the coloured fourth cloth of terylene fabric, Mike's cloth etc.
In addition, engineering plastic materials and parts are can as sun-proof sun shading material in structural materials the utility model embodiment, and engineering plastics have good mechanical characteristics and dimensional stability, under high and low temperature, still can keep its premium properties, can as the plastics of engineering structure part.Engineering plastics comprise polycarbonate (Polycarbonate, PC), polyamide (nylon, Polyamide, PA), polyformaldehyde (Polyacetal, Polyoxy Methylene, POM), sex change polyphenylene oxide (Poly Phenylene Oxide, sex change PPE), polyester (PETP, PBTP), polyphenylene sulfide (Polyphenylene Sulfide, PPS), poly-aryl ester etc.Wherein, PEEK is the abbreviation of Polyetheretherketone, and Chinese name is polyether-ether-ketone resin, is a kind of high-end special engineering plastics, has outstanding high strength feature, also has the features such as resistance to compression, resistance to irradiation, insulativity are stable, hydrolysis simultaneously.
In structure more specifically:
Multiple slide block attaching parts is slidably connected on described slide rail; Its each described slide block attaching parts is also fixedly connected with the edge of puggaree respectively.
It should be noted that, because puggaree is after trailing, when puggaree is sprawled along slide rail, often to there is larger gap between puggaree and slide rail, it is unfavorable for the sunshade of driving and puggaree; On slide rail, multiple slide block attaching parts can be installed sliding block joint, and each slide block attaching parts is also fixedly connected with the edge of puggaree respectively, so when puggaree is opened, slide rail and puggaree will couple together by slide block attaching parts closely closely, make puggaree be in tensioned state, avoid gap to occur affecting the effect of sunshade and wind sheltering;
In sum, the vehicle energy saving shading machine that the utility model embodiment provides, have employed car external sunshade structure and avoid burning sun being exposed to the sun directly to vehicle, adopt roof portable structure and automatic telescopic drive configuration simultaneously, ensure to remain comfortable ambient temperature in car, owing to which reducing the use of air-conditioning, reduce the wasteful discharge of automobile, ensure the physical and mental health of steerman; In addition, derivation function of the present utility model can as the mobile low-cost garage of vehicle, and minimizing sunlight sleet and dust are to the injury of vehicle and pollution.
The technical matters mainly solved of the present utility model is, provide a kind of can at automobile external for automobile provides the device of sunshade, it has the movement supporting device of auto-extending and the roller blind reeling device rolled and high strength.Tool each car item is portable, automatic deploying and retracting, and High Performance completely cuts off sunlight, the function of item and surrounding protection on car body.
The foregoing is 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 amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (10)
1. a vehicle energy saving shading machine, is characterized in that,
Described vehicle energy saving shading machine is fixedly connected on the baggage rack of the roof of automobile;
Described vehicle energy saving shading machine comprises headstock roof roller blind draw off gear (3), is fixedly connected on the front roller blind draw off gear (1) of described headstock roof roller blind draw off gear (3) one end, tailstock roof roller blind draw off gear (4) and is fixedly connected on rear roller blind draw off gear (2) and the horizontal motion bracing or strutting arrangement (7) of tailstock roof roller blind draw off gear (4) one end;
Described headstock roof roller blind draw off gear (3) and tailstock roof roller blind draw off gear (4) include puggaree; The starting point end of the puggaree on described headstock roof roller blind draw off gear (3) overlaps with the starting point end of the puggaree on described tailstock roof roller blind draw off gear (4);
Described horizontal motion bracing or strutting arrangement (7) is moved to the headstock direction of automobile for the entirety of the puggaree (10) on headstock roof roller blind draw off gear (3) described in horizontally tracting and described front roller blind draw off gear (1); Described horizontal motion bracing or strutting arrangement (7) is also moved to the tailstock direction of automobile for the entirety of the puggaree on tailstock roof roller blind draw off gear (4) described in horizontally tracting and described rear roller blind draw off gear (2);
Described front roller blind draw off gear (1) comprises puggaree and the first vertical motion bracing or strutting arrangement; The puggaree that described first vertical motion bracing or strutting arrangement is used on described front roller blind draw off gear (1) is laid straight down;
Described rear roller blind draw off gear (2) comprises puggaree and the second vertical motion bracing or strutting arrangement; The puggaree that described second vertical motion bracing or strutting arrangement is used on described rear roller blind draw off gear (1) is laid straight down.
2. vehicle energy saving shading machine as claimed in claim 1, is characterized in that,
Described vehicle energy saving shading machine also comprises roller blind draw off gear (5) on the right side of the vehicle body that is positioned in vehicle body right positions and is positioned at roller blind draw off gear (6) on the left of the vehicle body in vehicle body leftward position;
On the right side of described vehicle body, roller blind draw off gear (5) comprises puggaree and the 3rd vertical motion bracing or strutting arrangement; The puggaree that described 3rd vertical motion bracing or strutting arrangement is used on the right side of described vehicle body on roller blind draw off gear (5) is laid straight down;
On the left of described vehicle body, roller blind draw off gear (6) comprises puggaree and the 4th vertical motion bracing or strutting arrangement; The puggaree that described 4th vertical motion bracing or strutting arrangement is used on the left of described vehicle body on roller blind draw off gear (6) is laid straight down.
3. vehicle energy saving shading machine as claimed in claim 1, is characterized in that,
Described horizontal motion bracing or strutting arrangement (7) comprises two slide rails (8) and two-way horizontal actuating device that arrange along vehicle body horizontal direction parallel;
Described two-way horizontal actuating device is cylinder (9) and high-pressure pump; Or hydraulic actuating cylinder or electric cylinder.
4. vehicle energy saving shading machine as claimed in claim 2, is characterized in that,
Described first vertical motion bracing or strutting arrangement, described second vertical motion bracing or strutting arrangement, described 3rd vertical motion bracing or strutting arrangement, described 4th vertical motion bracing or strutting arrangement include two slide rails that vertical direction be arranged in parallel and vertical actuating device;
Described vertical actuating device is cylinder and high-pressure pump; Or hydraulic actuating cylinder or electric cylinder.
5. vehicle energy saving shading machine as claimed in claim 4, is characterized in that,
Described headstock roof roller blind draw off gear (3), described front roller blind draw off gear (1), described tailstock roof roller blind draw off gear (4) and described rear roller blind draw off gear (2) all also comprise spool, casing and spool drive motor;
The output shaft of described spool drive motor is connected with scroll key;
Each described casing for supporting the two ends of described spool, and rotates for supporting described spool; Each described spool for be wound around corresponding described headstock roof roller blind draw off gear (3), described front roller blind draw off gear (1), described tailstock roof roller blind draw off gear (4) and described rear roller blind draw off gear (2) separately on puggaree.
6. vehicle energy saving shading machine as claimed in claim 5, is characterized in that,
Described slide rail, spool and casing are steel aluminium section bar splicing composition.
7. vehicle energy saving shading machine as claimed in claim 6, is characterized in that,
Its outside face of described slide rail, spool and casing is cambered surface; Its edges and corners of described slide rail, spool and casing are fillet.
8. vehicle energy saving shading machine as claimed in claim 1, is characterized in that,
Described puggaree is coloured fourth cloth, Mike's cloth or polyether-ether-ketone resin looped fabric.
9. vehicle energy saving shading machine as claimed in claim 7, is characterized in that,
Multiple slide block attaching parts is slidably connected on described slide rail; Its each described slide block attaching parts is also fixedly connected with the edge of puggaree respectively.
10. vehicle energy saving shading machine as claimed in claim 1, is characterized in that,
The baggage rack of the roof of described vehicle energy saving shading machine and described automobile removably connects.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420600787.0U CN204109758U (en) | 2014-10-14 | 2014-10-14 | A kind of vehicle energy saving shading machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420600787.0U CN204109758U (en) | 2014-10-14 | 2014-10-14 | A kind of vehicle energy saving shading machine |
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| CN204109758U true CN204109758U (en) | 2015-01-21 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104260626A (en) * | 2014-10-14 | 2015-01-07 | 刘斌 | Energy-saving shading machine for automobile |
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2014
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104260626A (en) * | 2014-10-14 | 2015-01-07 | 刘斌 | Energy-saving shading machine for automobile |
| CN104260626B (en) * | 2014-10-14 | 2016-04-06 | 刘斌 | A kind of vehicle energy saving shading machine |
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