WO2018218845A1 - 全自动轿车凉棚 - Google Patents

全自动轿车凉棚 Download PDF

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Publication number
WO2018218845A1
WO2018218845A1 PCT/CN2017/105243 CN2017105243W WO2018218845A1 WO 2018218845 A1 WO2018218845 A1 WO 2018218845A1 CN 2017105243 W CN2017105243 W CN 2017105243W WO 2018218845 A1 WO2018218845 A1 WO 2018218845A1
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WO
WIPO (PCT)
Prior art keywords
base
symmetrical
slider
circular
double
Prior art date
Application number
PCT/CN2017/105243
Other languages
English (en)
French (fr)
Inventor
蒋建清
Original Assignee
蒋建清
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 蒋建清 filed Critical 蒋建清
Publication of WO2018218845A1 publication Critical patent/WO2018218845A1/zh
Priority to US16/699,172 priority Critical patent/US20200094665A1/en

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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B60—VEHICLES IN GENERAL
    • B60J—WINDOWS, WINDSCREENS, NON-FIXED ROOFS, DOORS, OR SIMILAR DEVICES FOR VEHICLES; REMOVABLE EXTERNAL PROTECTIVE COVERINGS SPECIALLY ADAPTED FOR VEHICLES
    • B60J11/00—Removable external protective coverings specially adapted for vehicles or parts of vehicles, e.g. parking covers
    • B60J11/02—Covers wound on rollers
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B60—VEHICLES IN GENERAL
    • B60J—WINDOWS, WINDSCREENS, NON-FIXED ROOFS, DOORS, OR SIMILAR DEVICES FOR VEHICLES; REMOVABLE EXTERNAL PROTECTIVE COVERINGS SPECIALLY ADAPTED FOR VEHICLES
    • B60J11/00—Removable external protective coverings specially adapted for vehicles or parts of vehicles, e.g. parking covers
    • B60J11/04—Removable external protective coverings specially adapted for vehicles or parts of vehicles, e.g. parking covers for covering at least the roof of the vehicle, e.g. for covering the whole vehicle
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02S—GENERATION OF ELECTRIC POWER BY CONVERSION OF INFRARED RADIATION, VISIBLE LIGHT OR ULTRAVIOLET LIGHT, e.g. USING PHOTOVOLTAIC [PV] MODULES
    • H02S20/00—Supporting structures for PV modules
    • H02S20/30—Supporting structures being movable or adjustable, e.g. for angle adjustment
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02S—GENERATION OF ELECTRIC POWER BY CONVERSION OF INFRARED RADIATION, VISIBLE LIGHT OR ULTRAVIOLET LIGHT, e.g. USING PHOTOVOLTAIC [PV] MODULES
    • H02S30/00—Structural details of PV modules other than those related to light conversion
    • H02S30/20—Collapsible or foldable PV modules
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16H—GEARING
    • F16H1/00—Toothed gearings for conveying rotary motion
    • F16H1/02—Toothed gearings for conveying rotary motion without gears having orbital motion
    • F16H1/04—Toothed gearings for conveying rotary motion without gears having orbital motion involving only two intermeshing members
    • F16H1/12—Toothed gearings for conveying rotary motion without gears having orbital motion involving only two intermeshing members with non-parallel axes
    • F16H1/16—Toothed gearings for conveying rotary motion without gears having orbital motion involving only two intermeshing members with non-parallel axes comprising worm and worm-wheel
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02S—GENERATION OF ELECTRIC POWER BY CONVERSION OF INFRARED RADIATION, VISIBLE LIGHT OR ULTRAVIOLET LIGHT, e.g. USING PHOTOVOLTAIC [PV] MODULES
    • H02S10/00—PV power plants; Combinations of PV energy systems with other systems for the generation of electric power
    • H02S10/40—Mobile PV generator systems
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02S—GENERATION OF ELECTRIC POWER BY CONVERSION OF INFRARED RADIATION, VISIBLE LIGHT OR ULTRAVIOLET LIGHT, e.g. USING PHOTOVOLTAIC [PV] MODULES
    • H02S40/00—Components or accessories in combination with PV modules, not provided for in groups H02S10/00 - H02S30/00
    • H02S40/30—Electrical components
    • H02S40/38—Energy storage means, e.g. batteries, structurally associated with PV modules
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00—Energy generation through renewable energy sources
    • Y02E10/50—Photovoltaic [PV] energy
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E70/00—Other energy conversion or management systems reducing GHG emissions
    • Y02E70/30—Systems combining energy storage with energy generation of non-fossil origin

Definitions

  • the invention belongs to the field of sunshade awning devices, and in particular relates to a radiation protection sunshade awning for a passenger car.
  • these car awnings or parasols to be installed when parking, manually opened, manually remove it when driving, the operation is time-consuming and laborious, people are not willing to retract, I have to endure the operation for a long time in the hot sun.
  • an automatic car awning or an automatic car sunshade It is opened by remote control every time the parking is installed. However, it is scattered on the roof of the car with the remote control when driving, and it is also necessary to manually remove it. It is also time-consuming and laborious in operation. I don't want to endure the long hours of operation and trouble in the scorching sun.
  • the invention provides a fully automatic car pergola for the above, which has the advantages of compact and reasonable structure, flexible movement, reliability, stability and anti-theft, and can be automatically installed on the car for unfolding and closing, and the car can be freely driven and convenient to use.
  • a fully automatic car pergola including a base, an electrical control device, a pergola wrapper, a car awning base, a pergola foot and a linkage device
  • the linkage device is disposed in the middle of the space below the pedestal, and the linkage device includes a double link.
  • the base is provided with two left and right symmetrical upper fixed supports, two left and right symmetrical lower fixed supports, a plurality of bearings, electrical control devices, double upper sliders and left and right symmetrical lower slider mechanisms, and the top of the base
  • Two first bearing races are symmetrically disposed on both sides, and two first groove slides are symmetrically disposed on the outer side of the upper portion of the double upper slider, and the two first bearing raceways are Correspondingly embedding two first groove slides;
  • the left and right symmetrical lower slider mechanism mainly comprises a left symmetrical lower slider, a right symmetrical lower slider, one left and right lower sliding supports, two left and right lower roller frames, one left and right straight spurs, and one set of left and right sides. Rewinding and unwinding device;
  • the double upper slider is provided with an upper roller frame support, an upper extended end roller frame, a pergola cover, a micro switch contact block, a straight rack and two sets of rewinding and unwinding devices;
  • the rewinding and unwinding device is composed of a left retracting and unwinding mechanism, a right retracting and unwinding mechanism, a winding roller and a radiation protection sunshade cloth;
  • a double-sided upper slider and a corresponding left-right symmetric front cross-bar are connected with a left-right symmetric parallel-rotating inclined frame-type folding strut to form two upper and lower symmetrical block faces, and a left-right symmetric lower slider mechanism and
  • the corresponding left and right symmetrical front cross bars are also connected with left and right symmetrical parallel rotatable inclined frame type folding struts to form two lower and front symmetrical block faces, one end of the radiation protection sunshade is wound around the roll cylinder Upper, the other end is connected to the left and right symmetrical front crossbar;
  • the front and rear sides of the car pylon base are provided with a awning foot for connecting with the car.
  • the upper part of the car pylon base has two inward concave tracks, and the bottom of the base is provided with protruding tracks on both sides, and the protruding track is embedded in the concave Inside the track;
  • the double-clutch turbine is disposed in the base, and the double-output end of the double-coil turbine has two symmetric spur gears, one of which has a corresponding straight rack on the double upper slider and One of the left and right symmetrical lower slider mechanisms is engaged with the corresponding straight rack, and the other spur gear is meshed with the other corresponding straight rack on the double upper slider and the other corresponding straight rack on the left and right symmetrical lower slider mechanism.
  • the double upper slider and the left and right symmetrical lower slider mechanism protrude from the base in opposite directions, forming upper and lower layers respectively forward and backward,
  • the four pergola blocks that extend and unfold at the same time on the left and right sides form a car pergola.
  • the present invention is further configured such that the base is formed of an extruded profile, and the top of the base is provided with two first bearing races and is symmetrically distributed in the left and right directions, and a concave passage is arranged in the middle of the top of the base, and the outer side of the upper portion of the base is symmetrically distributed
  • Two second bearing races, two third bearing races symmetrically distributed on the outer side of the middle of the base, the three bearing races are first connected by a slotted spherical axial screw, a rolling bearing, a washer and a base to form a roll
  • the track unit is connected to the base in a uniform and longitudinal arrangement to form six longitudinal bearing raceways; the left symmetrical lower slider has a second groove slide at the top and bottom, and the right symmetrical lower slider top and bottom There is a third groove slide,
  • the middle and lower portions of the double upper slider are in the middle concave channel at the top of the base;
  • the second bearing raceway and the left outer side of the third bearing raceway are respectively embedded with two second groove slides, the second bearing raceway and The right outer side of the third bearing raceway is respectively embedded with two third groove slides;
  • the electrical control device is mainly composed of a solar panel, a solar base handle cover, a rechargeable battery, a solar charging socket,
  • the electrical panel is provided with a power indicator, a pergola main switch and a charging and discharging socket;
  • the special vehicle fan is powered by a fan , fan base, base cushion, metal hose, suction cup, switch and wire plug;
  • the left front and the front right top of the base are respectively connected with two left and right symmetrical upper fixed supports, and the left outer side and the right outer side of the base are respectively connected with left and right two symmetrical lower fixed supports, and the top of the base is in the middle
  • the front section is connected with the stop point micro switch
  • the rear section is connected with the starting micro switch
  • the inner part of the lower part of the base is space
  • the rechargeable battery and the remote control receiver are placed in the lower space of the base
  • the concave channel in the middle of the base There are two corresponding inner trapezoidal passages on the inner side, and two corresponding outer trapezoidal passages on the left and right sides.
  • the four trapezoidal passages are symmetrically distributed.
  • the space port at the front lower part of the base is connected to the electrical panel, and the top port of the base is connected to the solar base.
  • the handle is closed, and four circular holes in the middle of the bottom of the bottom of the base are arranged in a longitudinally equidistant manner.
  • the bottom middle section has a rectangular opening, which passes through the lower space of the base, and the lower part of the lower space of the base has two circles symmetrically upward and upward.
  • the hole, the double-connected turbo gear box is connected to the middle space of the base by the rectangular opening and is connected in the middle of the base space, and the double output end of the double-connected turbo gear box Two symmetrical portions of the spur gear is rotatably fitted in the space above the two circular symmetry about the base.
  • the invention is further configured to: the top of the double upper slider is a rectangular plane, the left and right sides are right-angled concave passages, and the inner side of the top and bottom sides have two right-angled convex planes of right-angled rectangles, and the upper part of the double upper slider There are two symmetrical first groove slides on the left and right outer sides, and two symmetrical tails on the left and right outer sides of the double upper slider are respectively embedded in two straight racks, and the bottom of the double upper slider has a concave shape.
  • the rear section of the concave channel is connected with the micro switch contact block
  • the micro switch contact block on the rear section of the double upper slider is connected with the starting micro switch on the rear section of the base
  • the first groove slide is embedded Inside the first bearing raceway, the two straight racks on the left and right outer dovetail rails of the lower upper slider slide and the inner trapezoidal passages are slip-fitted, intersecting with the inner sides of the two symmetrical circular holes in the center of the base, double
  • the top end of the upper slider is connected with an extended end roller frame
  • the top of the upper protruding end roller frame is a flat surface, and there are two left and right symmetrical circular holes and six first screw holes on the plane
  • the upper part of the upper roller frame is extended Is a double circle of two
  • the lower part is two right-angled bump planes connected to the bottom of the circular arc of the double circle.
  • the center of the left and right sides of the double circle has two countersunk round holes concentrically at the center of the bottom, and the lower and bottom right-angled bump planes
  • the top end of the double upper slider is connected to the upper roller support
  • the top of the upper roller support is the same as the top structure of the upper extension roller frame
  • the upper left and right outer sides of the upper roller support are six.
  • the plane of the second screw hole, the lower portion and the bottom portion of the upper roller frame support are the same as the lower portion and the bottom structure of the upper extension end roller frame
  • the pergola cover is covered by the cover cloth, the pergola cover, two elastic sheets, and two tops Four matte nylon Velcro and a thorny nylon Velcro are assembled.
  • Two sets of upper and lower roller brackets on the top end of the double upper slider are assembled with the upper roller brackets on the top rear end.
  • the unwinding device, the set of the left retracting and unwinding mechanism and the right retracting and unwinding mechanism are connected to the winding roller, the radiation protection sunshade is wound on the winding roller, and the upper protruding end roller frame on the double upper slider Top plane And the awning cover on the top of the upper roller support is connected to the awning cover.
  • the invention is further configured that: the left symmetrical lower slider and the right symmetrical lower slider are both formed by an extruded profile, and the left symmetrical lower slider has a circular arc channel on the left outer side, and the arc channel has a convex track on the left outer side.
  • the lower and lower ends of the circular arc channel are respectively connected with two lower roller frames, and the two lower roller frames are respectively equipped with a left retracting and unwinding mechanism, a right retracting and unwinding mechanism, and a connection roller between the left retracting and unwinding mechanism and the right retracting and unwinding mechanism.
  • the cloth roller and the radiation protection sunshade are wound on the cloth roller.
  • the left side of the slider has a dovetail rail on the right outer side, and a straight rack is embedded therein.
  • the left side of the slider has a concave track on the left side of the bottom.
  • a top of the lower sliding support is provided with a convex track
  • the lower sliding bearing is embedded in the rear port of the concave track
  • the upper structure of the right symmetric lower slider is symmetric with the structural arrangement on the left symmetric lower slider
  • the straight rack on the lower symmetrical lower slider and the left outer trapezoidal passage of the base slide and cooperate with the outer side of the left circular hole in the center of the base, and the straight rack and the base on the right symmetrical lower slider
  • the present invention is further configured to: install two sets of left and right symmetric parallel-rotatable tilt frame type folding stays on the left and right sides of the base, and the left and right symmetric parallel rotation tilting frame type folding stays include two rear fixed hinges, Two rear movable hinges, two upper and lower rear struts, a left parallel rotary tilting device, a right parallel rotary tilting device, an intermediate sliding bar, two upper and lower front struts, two front movable hinges, two Front fixed hinge and several bearings,
  • the top and bottom of the rear strut are arc-shaped, and the rear strut is provided with a through hole at the upper and lower sides, and the two rear strut are placed up and down, and the through holes of the two are connected by a hollow rivet, and the left and right sides of the rear strut It is a plane, and the rear ends of the planes on both sides have six symmetrical third screw holes.
  • the six third screw holes are respectively connected to the upper and lower two movable hinges, and the upper and lower rear movable hinges are connected to the upper and lower two. Hinge, two round holes on the left and right sides of the front end of the rear strut are symmetrical;
  • the left and right symmetrical parallel-rotating tilting frame-type folding struts on the same side are vertically distributed, and the two rear struts of the upper set are passed through the rear fixed hinges and the six second snails on the double upper slider respectively.
  • the hole is connected with the upper fixed support, and the other end is respectively connected with a left parallel rotation tilting device and a right parallel parallel rotation tilting device;
  • One end of the two rear strut in the lower set is respectively connected to the lower sliding support and the lower fixed support through the rear fixed hinge, and the other end is respectively connected with the left parallel rotation tilting device and the right parallel parallel rotation tilting device;
  • the left parallel-parallel tilting device is composed of a left hinge joint, a left ball joint short joint, a left ball joint long joint and a stainless steel cylindrical ball head, and the left hinge joint has a circular boss at the top of the rear section, and the center of the boss is Screw hole, the inner side of the left hinge joint is a circular arc groove, and the inner circular arc groove has a concave through hole at the center of both sides of the upper and lower arc.
  • the round hole is straight through the outer side, and the stainless steel cylindrical ball head rear port Embedding into the concave through hole at the inner center of the left hinge joint, the plane of the upper and lower arcs of the rear section of the stainless steel cylindrical ball head is similar to the shape of the inner through hole of the left hinge joint, and the center of the rear port of the stainless steel cylindrical ball head is a screw hole, and the middle section is The cylinder and the front section are spheres;
  • the lower part of the front part of the left hinge joint is a rectangular boss, the upper and lower sides of the boss are arcs, the sides are planes, and there are two symmetrical circular holes on the plane.
  • the top of the short joint of the left ball head is two round holes straight to the bottom plane, bottom
  • Next to the plane is a hemispherical upward concave surface, and a hemispherical upwardly convex surface has a track which is inclined downward in the front part of the rear part of the plane, and the top surface of the rear section of the left ball long joint has two circular holes straight through the bottom, and the rear top plane Beside the hemispherical downward concave surface, the hemispherical shape has a track which is inclined downward at the front part of the lower part of the concave surface;
  • the lower part of the front section of the left ball joint is a rectangular boss, the upper and lower sides of the boss are arcs, the sides of the boss are planes, and there are two symmetrical circular holes on the plane;
  • the short joint of the left ball head is on the upper side, and the long joint of the left ball head is connected to form a spherical space in the lower part, and a slide path around the spherical space is formed in the periphery.
  • the rear part of the slide track is an upper and lower plane, and the front part is rotated downward and inclined, and the stainless steel cylindrical ball head is inclined.
  • the front and middle cylinders are placed in a spherical space and a slide; the rear end of the stainless steel cylindrical ball head is connected to the left hinge joint by a stainless steel screw, the middle cylinder and the front sphere are short joints with the left ball head and the left ball joint connection;
  • the components of the right parallel-parallel tilting device and the left-parallel-rotating tilting device are the same, the short joint of the right ball head is below, the long joint of the right ball head is connected to form a spherical space, and a slide around the spherical space is formed around the right ball joint.
  • the rear part of the slide is upper and lower plane, the front part is rotated downward and inclined, and the front and middle cylinders of the stainless steel cylindrical ball head are placed in the spherical space and the slideway; the stainless steel cylindrical ball head rear port and the right hinge joint are made of stainless steel screws.
  • Connecting, the middle cylinder and the front sphere are connected to the right ball short joint and the right ball head long joint, and the right parallel rotation tilting device and the left parallel parallel tilting device top circular boss are connected to the intermediate sliding rod;
  • the top and bottom of the front strut are all arc-shaped, and there are upper and lower concentric holes between the top and the bottom.
  • the two front strut are placed up and down, and the concentric holes are connected by hollow rivets, two fronts.
  • the rear end of the strut is respectively connected with a left parallel rotatable tilting device and a right parallel rotatable tilting device.
  • the left and right sides of the front strut are planes, and the left and right sides of the front strut rear end have two circular holes symmetrical, and the front end is left and right.
  • There are four screw holes on the two sides of the plane and the four screw holes on the front and the bottom of the front and the front are connected to the upper and lower front movable hinges.
  • the upper and lower front movable hinges connect the upper and lower front fixed hinges.
  • the front fixed hinge connects four bearings, and the four bearings form upper and lower two fourth bearing races, and the fourth bearing raceway is slidably coupled to the left and right symmetrical front crossbars.
  • the four sets of left and right symmetry can rotate the inclined frame type folding struts in parallel, respectively, forward, backward, left, and right.
  • Face-to-front parallel when the cylinder of the stainless steel cylindrical ball head in the left parallel parallel tilting device and the right parallel-parallel tilting device rotates the inclined slideway from the rear portion parallel to the front portion in the slideway, four sets of bilateral symmetry
  • the eight front struts of the inclined frame type folding struts can be rotated in parallel while being tilted forward and downward.
  • the present invention is further configured to: the left and right symmetrical front crossbars are corresponding to the left and right symmetrical parallel rotatable inclined frame type folding struts, and each set of left and right symmetrical front cross bars is composed of a front cross bar and a front fixed support.
  • the front crossbar is composed of an extruded profile, the outer side of the front crossbar is a flat surface, and the inner side has two concave slides symmetrical up and down, and the two concave slides of the front and rear sides of the front crossbar are embossed into the front fixed support.
  • the invention is further configured to: the left retracting and unwinding mechanism is composed of an adjusting baffle, a spring sleeve, a sleeve cover plate and a positive curling strip spring, the rear section of the adjusting baffle is a cylinder, and the middle section is a slightly smaller cylinder. There is a circle of grooves in the center of the slightly smaller cylinder.
  • the front section is a circular shaft connecting the open mandrel.
  • the rear part of the spring sleeve is a small reel, the front section is a large reel, and the middle of the large reel has a groove and a circle.
  • the circumference of the groove has two symmetrical openings and corresponding four small rectangular openings, and the inner side of the front end of the spring sleeve has four corresponding semi-circular grooves.
  • the rear section of the sleeve cover is circular, and the rear section has a circular hole in the center of the circle, and the rear circular section has corresponding four semicircular bosses and four semicircular bosses.
  • the front section of the cover plate is a square body
  • the center of the front square body port is a circular hole and the rear hole of the port is connected
  • the adjusting baffle is connected with the spring sleeve
  • the inner end of the curling spring is connected and adjusted.
  • the front part of the baffle is opened with a mandrel, the outer end is connected with the cross opening of the spring sleeve, and the sleeve cover is connected with the adjusting baffle and the spring sleeve, and the right retracting and unwinding mechanism is the same as the structure of the left retracting and unwinding mechanism, left
  • the roll drum is connected between the square body of the front cover of the sleeve cover on the take-up and roll mechanism and the square body of the front cover of the right cover and take-up mechanism, and the roll drum is wound with a radiation protection shade cloth.
  • the present invention is further configured to: the base of the car shed is composed of a pedestal base, an anti-theft lock for locking the pedestal, and four thorn-like nylon velcro pads, the pergola base is composed of an extruded profile, and the upper part of the pergola base has two The inwardly concave orbits are arranged symmetrically in the left-right direction and vertically in the longitudinal direction. The longitudinal grooves are formed between the two longitudinal concave tracks. The left and right sides of the base of the pergola are planes. The lower part of the base of the pergola is arranged in two longitudinally symmetrical independent channels.
  • the upper surface of the channel is a plane, the left and right sides are circular arc connecting planes, and the bottom of the surrounding channel has two left and right symmetrical longitudinal concave orbits, the middle of the surrounding channels is a space channel, and the bottoms of the two independent surrounding channels are longitudinal concave channels.
  • the center of the four screw holes has a circular hole straight through the top of the base of the pergola, and the left and right sides of the front part of the pergola base are connected to the left and right sides.
  • Nylon magic stickers the left and right sides of the back section are also connected to the left and right two thorny surface nylon stickers, the pergola base concave channel above the median plane boss rear end four And a central circular hole screw connection lock, the base is provided with projections on both sides of the bottom rail, the rail projecting rails embedded in the recess;
  • the two left and right channel ports on the left and right sides of the car pylon base are respectively connected to two sets of awning feet.
  • the rear left and right two four-way channel ports are also connected to two sets of awning feet.
  • the four sets of awning feet are connected with stainless steel tensioning bars.
  • a foot stand, the foot stand is provided The cushions and the footrest cushions are attached to the planes on the front, rear, left and right sides of the car, and each of the stainless steel tensioning strips is connected with an inner soft metal snap hook plate for hooking the corner edges of the car.
  • the snap hook plate is sleeved with a holster for attaching to the edges of the car.
  • the present invention is further configured that the twin-screw turbine casing is composed of a turbine casing lower body, a turbine casing cover, two bearings, four copper bushings, two turbine spur gears, and a worm-type motor, and the turbine casing lower body is
  • the four surrounding faces are formed by the bottom of the lower body connected to the four surrounding faces.
  • the bottom of the four surrounding faces has two arc-shaped concave faces which are connected and communicated with each other, and are symmetrically distributed in the left and right sides.
  • Each of the two circular concave surfaces has a circular boss and a circular shape.
  • the boss has a central circular hole, and the two central circular holes are respectively embedded in two copper sleeves, and the copper sleeve and the round hole are tightly matched, and four round holes on the top four corners of the four sides have a straight bottom, and there is a center in the front inner side of the circumference a circular groove, the circular groove is embedded with a copper sleeve, the circular groove is tightly fitted with the copper sleeve, and a circular hole is embedded in a copper hole in the center of the inner side of the four circumferences, the round hole is tightly fitted with the copper sleeve, and the front and rear copper sleeves are concentric.
  • the vortex head of the scroll type motor is from the rear side of the lower part of the turbine case.
  • the center circular hole enters the front inner copper sleeve, and the middle part of the scroll is in the rear inner copper sleeve.
  • the vortex on the vortex rod is in the middle of the arc concave surface which is connected and connected to the center, and the vortex motor and the lower part of the turbine casing
  • the four round holes of the outer port are connected by stainless steel screws;
  • the bottom of the turbine box cover has two arc-shaped concave surfaces which are connected to each other and communicated with each other, and have a circular arc-shaped convex surface on each of the two arc-shaped concave surfaces, and two circular concave surfaces in the middle of the two circular arc-shaped convex platforms.
  • Two circular concave surfaces are embedded in the two bearings, and the center of the two circular concave surfaces is two symmetrical circular holes straight through the top.
  • Four round holes on the top corners of the turbine cover are concentric and connected to the four round holes on the lower corner of the turbine casing.
  • the turbine spur gear is composed of a special shaft, a special turbine and a special spur gear.
  • the special shaft is a long cylinder
  • the lower part of the special shaft is a cylinder
  • the middle section has two turns of teeth
  • the upper part is a semi-cylindrical.
  • the upper part of the turbine is a combination of a large and small cylinder.
  • the lower part of the turbine is a turbine
  • the bottom of the turbine is a small round boss
  • the center of the top from the center to the bottom is a circular through hole.
  • Two special spur gears are double output ends, the lower part of the special spur gear is a cylinder, the upper part is a spur gear, the middle part of the spur gear is a semi-circular hole through the bottom, and the special spur gear is embedded in the special upper part of the special semi-cylinder, semi-cylindrical and The special spur gear is tightly fitted, and the two special shafts are respectively embedded in the copper sleeves in the two central circular holes of the lower part of the turbine box.
  • the two left and right symmetrical turbines mesh with the vortex teeth of the middle worm of the lower part of the turbine box, and two special spur gears are embedded.
  • the two bearings on the turbine cover protrude from the top of the turbine cover through two circular holes.
  • the front and rear copper sleeves of the lower part of the turbine case are connected to the worm on the worm motor, and the lower two copper sleeves are connected.
  • Two turbine spur gears, two turbine spur gears connected to the turbine casing cover, the lower turbine casing and the turbine casing cover are connected by stainless steel screws, and the rear port of the lower casing of the turbine casing is connected to the worm motor by stainless steel screws.
  • the invention is further configured to: the electrical control device is covered by a solar panel, a solar base handle, a rechargeable battery, a solar charging socket, a remote control receiver, a remote control controller, a starting micro switch, a dead center micro switch, an electrical panel and a special vehicle fan, wherein the electrical panel is provided with a power indicator, a pergola main switch and a charging and discharging socket, There are four round holes in the four corners of the top of the solar base handle cover. There is a round hole and a square hole in the middle. The square hole is the upper front side wire groove of the solar base handle cover, and the middle part is convex from the back to the front.
  • Rectangular right-angled cantilever the lower part protrudes from the back to the front, and the top plane of the surrounding boss has a semi-circular groove from the back to the front.
  • the rear end of the semi-circular groove is connected with the wire groove from the top to the bottom.
  • the rear side port of the surrounding boss has a horizontal handle bar.
  • the upper and lower sides of the horizontal handle bar are spaces.
  • the shape of the upper and lower left and right sides of the lower five-seat boss is similar to the shape of the lower space of the base.
  • the top of the solar base handle cover is connected with the solar panel, and the middle part is symmetric.
  • the two cantilever arms are connected to the left and right rear ends of the top of the base, and the lower convex bosses protruding from the rear to the front are embedded in the lower space of the base, and the guide on the solar panel Handle plug from the solar base cap top circular holes and square lead groove even been down into the lower space of the solar charging base of the receptacle connector, the solar charging socket and the other end connected to the rechargeable battery;
  • the rechargeable battery is connected to the main switch of the pergola, and then connected to the power display, the charging and discharging socket and the remote control receiver.
  • the remote control receiver is connected with the starting micro switch, the dead center micro switch and the worm motor.
  • the invention has four fabric rollers wound with one end of the radiation protection sunshade at one end, and is respectively connected with the double upper slider and the left and right symmetrical lower sliders, and the other end is connected with the symmetrically distributed front cross bar, and the middle is connected by
  • the left and right symmetrical parallel rotating slanting frame type parallel folding struts respectively connect them to each other, and are operated by a remote controller to make the motor rotate forward, and the double output ends of the double vortex turbine turbine box are bilaterally symmetrical.
  • the spur gears rotate and produce linkage with the four straight racks on the double upper slider and the left and right symmetrical lower sliders, so that the radiation protection sunshade can be forward and backward from the base in just a few seconds.
  • the left and right sides are simultaneously unfolded to form a pergola with a large cover area, so that the car is placed under the pergola.
  • the worm-type motor rotates the double upper slider and slides in the opposite direction with the left and right symmetrical lower sliders, when the micro-switch of the double-up slider touches the block.
  • the worm-type motor stops rotating, and the fully automatic car awning is fully opened.
  • the wire plug on the special car fan in the car is inserted into the charging and discharging socket on the electrical panel. Turn the switch fan to make the car ventilate cool.
  • the fully automatic car awning of the invention has the advantages of compact and reasonable structure, flexible movement, reliability, stability and anti-theft, and is installed on the car, can automatically unfold or gather, and is convenient to use.
  • Figure 1 is a schematic view of the present invention in the top of a car
  • Figure 2 is a schematic view of the present invention gathered at the top of the car;
  • Figure 3 is a schematic cross-sectional view of the front end of the present invention.
  • Figure 4 is a schematic cross-sectional view of the rear end of the present invention.
  • Figure 5 is a schematic structural view of a base portion
  • Figure 6 is a schematic view showing the structure of the present invention when it is unfolded
  • Figure 7 is a schematic structural view of a double upper slider
  • Figure 8 is a schematic view showing the structure of the slider under left and right symmetry
  • Figure 9 is a schematic view showing the structure of the base and the upper and lower slider portions
  • Figure 10 is a schematic view showing the structure of a symmetrical inclined frame type folding struts which can be rotated in parallel;
  • Figure 11 is a three-view comparison diagram of the left parallel parallel tilting device and the right parallel parallel tilting device
  • Figure 12 is a schematic structural view of a rewinding and unwinding device
  • Figure 13 is a schematic view of a double vortex turbine casing
  • Figure 14 is a cross-sectional view of the double vortex turbine case
  • Figure 15 is a schematic structural view of a solar base handle cover
  • Figure 16 is a schematic view of the left and right symmetrical front crossbar
  • Figure 17 is a schematic view of the base of the car shed and the foot of the awning.
  • the serial number in the figure shows: 1-automatic car awning, 2-base, 3-first bearing raceway, 4-second bearing raceway, 5-third bearing raceway, 6-base top intermediate concave channel , 7-base bottom left and right sides protruding rail, 8-base bottom middle section rectangular opening, 9-upper fixed support, 10-lower fixed support, 11-double upper slide, 12-double upper slide
  • FIG. 1 the state of the fully automatic car awning 1 is placed when the top of the car is unfolded, mainly by the base 2, the double upper slider 11, the left symmetrical lower slider 30, the right symmetrical lower slider 31, and the left and right symmetrical front.
  • the crossbar 59, the radiation protection sunshade 28, and the left and right symmetry can be rotated in parallel with the inclined frame type folding strut 46, the car awning base 83 and the pergola foot 86.
  • Figure 2 shows the state of the fully automatic car awning 1 placed when the top of the car has not been unfolded.
  • the base 2 is a profiled extruded profile (see Fig. 5). First, a slotted spherical shaft screw, bearing, washer and base are connected to form a raceway unit, and then multiple units are respectively The cloth and the longitudinal arrangement are connected with the base 2 to form two left and right symmetrical first bearing races 3 on the top of the base, two left and right symmetrical second bearing races 4 on the outer side of the base and two outer sides of the base. A symmetrical third bearing raceway 5 (see Figure 5).
  • the two left and right symmetrical first bearing races 3 on the top of the base are embedded in the left and right symmetrical first groove slides 14 on the outer side of the double upper slider 11, and the middle and lower portions of the double upper slider 11 are recessed at the top of the base.
  • the second bearing raceway 4 which is bilaterally symmetrical on the outer side of the upper portion of the base and the third bearing raceway 5 which is bilaterally symmetrical in the middle of the base are respectively embedded in the second groove slideway at the top and bottom of the left symmetrical lower slider 30, respectively. 32.
  • the right side is embedded with the third groove slide 33 at the top and bottom of the right symmetrical lower slider 31, whereby the base 2, the double upper slider 11, the left symmetrical lower slider 30, and the right symmetrical lower slider 31 are organically Combined together (see Figure 9).
  • the front left and right sides of the base 2 are connected to the left and right symmetrical two upper fixed supports 9, and the left and right outer sides of the base 2 are connected to the left and right symmetrical two lower fixed supports 10, and the top of the base 2 is connected to the front end of the concave passage 6
  • the micro switch 79 is connected to the starting micro switch 78 (see FIG. 5) on the rear side. As shown in FIG.
  • the lower front port of the base 2 is connected to the electrical panel, and the electrical panel 80, the pergola main switch 81, and the charging and discharging socket 82 are mounted on the electrical panel.
  • the top end of the base 2 is connected to the solar base handle cover 77, and the solar base handle cover 77 is connected to the solar panel 76.
  • the wire plug on the solar panel 76 is connected to the solar charging socket in the lower space of the base, and the solar charging socket is connected to the rechargeable battery.
  • rechargeable battery connected to the pergola main switch 81, A power indicator 80, a charge and discharge socket 82, and a remote control receiver.
  • the remote control receiver is connected with a starting micro switch 78, a dead center micro switch 79 and a worm motor, and a rechargeable battery and a remote control receiver are placed in the front space of the lower part of the base.
  • the double upper slider 11 is a profiled extruded profile, and the top rear end rectangular plane 12 is connected to the upper roller bracket 19 (see FIG. 7), and the double upper slider 11 is at the top front rectangle.
  • the flat surface 13 is connected to the extended end roller frame 18 (see FIG. 7), and the upper roller frame support 19 and the upper extended end roller frame 18 are respectively connected with two sets of left retracting and unwinding mechanism 21 and a right retracting and unwinding mechanism 22, and the left is closed.
  • the unwinding mechanism 21 and the right take-up and unwind mechanism 22 are connected to the roll cylinder 28 (see FIG.
  • the micro-switch contact block 17 is connected to the rear section of the shaped channel 16 (see FIG. 3 for the positional arrangement), and the starting point on the intermediate concave channel 6 of the micro-switch contact block 17 on the upper slider 11 and the rear section of the base top is connected.
  • the micro switch 78 is connected.
  • Assembling and unwinding device 20 There are four sets of rewinding and unwinding devices, each consisting of a left retracting and unwinding mechanism 21, a right retracting and unwinding mechanism 22, a winding roller 28 and a radiation protection sunshade 29;
  • the left retracting and unwinding mechanism 21 is composed of an adjusting baffle 23, a spring sleeve 24, a sleeve cover plate 25 and a positive curling strip spring 26, the adjusting baffle 23 is connected to the spring sleeve 24, and the inner end of the positive curling strip spring 26 is connected and adjusted.
  • the right retracting and unwinding mechanism is composed of an adjusting baffle 23, a spring sleeve 24, a sleeve cover plate 25 and an anti-roller spring 27, the adjusting baffle 23 is connected to the spring sleeve 24, and the inner end of the anti-hair curling spring 27 is connected with the adjusting baffle
  • the double-sided tape attaches one end of the radiation protection sunshade 29 to the roll cylinder 28, and
  • the left symmetrical lower slider 30 and the right symmetrical lower slider 31 are profiled extruded profiles, and the left symmetrical lower slider top and bottom There is a second groove slide 32, the left symmetrical lower slider right outer dovetail track 34 is connected with a straight rack 45, and the left symmetrical lower slider left outer arc channel 36 connects the two lower roller frames 38 at the front and rear ends.
  • the two lower roller frames 38 are respectively connected to the left retracting and unwinding mechanism 21 and the right retracting and unwinding mechanism 22, and a reeling roller 28 is connected between the left retracting and unwinding mechanism 21 and the right retracting and unwinding mechanism 22, and the radiation protection sunshade 29 Winding on the roll cylinder 28, the rear end of the concave left side of the left side of the lower left side of the slider is connected to the lower slide support 41.
  • the right symmetry lower slider 31 has a third groove slide 33 at the top and bottom, and the right symmetry lower slider left outer dovetail rail 35 is connected with a straight rack 45, and the right symmetry lower slider right outer arc channel 37 is front and rear.
  • the two lower roller frames 38 are connected at the ends, and the two lower roller frames 38 are respectively connected to the left retracting and unwinding mechanism 21 and the right retracting and unwinding mechanism 22, and a roll is connected between the left retracting and unwinding mechanism 21 and the right retracting and unwinding mechanism 22.
  • the cloth drum 28, the radiation protection sunshade cloth 29 is wound on the cloth roll 28, and the rear end of the lower right concave track 40 of the lower right side of the slider is connected to the lower slide support 41.
  • the special-purpose turbine 72 and the special-purpose shaft 73 are injection-molded, and then the special spur gear 74 is pressed into the semi-cylindrical upper section of the special-purpose shaft to form the turbine spur gear 71.
  • the lower cylinders of the two turbine spur gears 71 are respectively embedded in the copper sleeves of the left and right symmetrical two circular holes 67 on the bottom of the turbine lower body 66; as shown in FIG. 13 and FIG.
  • the worm-type motor front worm head is removed from the turbine lower body 66
  • the side center through hole 69 is inserted into the copper sleeve of the front inner central circular groove 68 of the lower casing 66 of the turbine casing, the worm gear meshes with the left and right special turbines, and the middle portion of the worm is placed at the copper sleeve of the center through hole 69 at the rear side of the lower casing 66 of the turbine casing.
  • the worm-type motor is connected to the four circular holes 70 of the rear outer boss of the lower casing 66 of the turbine casing, and the two bearings are mounted on the turbine casing cover 75, and the spur gears 77 of the two turbine spur gears 71 on the lower casing 66 of the turbine casing are embedded.
  • the two bearings on the turbine cover 75 pass through the two circular holes to form a double output end; as shown in FIG. 4 and FIG. 5, the double-clutch turbine case 65 enters the center position above the space of the rectangular opening 8 in the middle of the bottom of the base.
  • Two output spur gears 77 are embedded in the space of the base 2
  • the two circular holes in the center position are respectively meshed with the two straight racks 45 of the double upper slider and the two straight racks 45 of the left and right symmetrical lower sliders.
  • the left and right symmetrical parallel rotating slanting frame type folding struts 46 have four sets, each set consisting of two rear fixed hinges 43 and two.
  • the rear strut 47 has a through hole in the upper and lower sections, the left and right sides of the rear strut 47 are flat, the rear end plane has six screw holes, the rear end plane has six screw holes connected to the movable hinge 44, and the rear movable hinge 44 is connected.
  • the fixed hinge 43 has two circular holes in the front end plane, and the two rear stays 47 are placed up and down with stainless steel hollow rivets.
  • the left parallel rotation tilting device 48 is composed of a left hinge joint 49, a left ball joint short joint 50, a left ball head joint 51, and a stainless steel cylindrical ball head 52.
  • the left ball joint short joint 50 forms a slide and a spherical space under the upper left ball joint 51, the rear portion is an upper and lower plane, the front portion is rotated downward, and the rear end of the stainless steel cylindrical ball head 52 is embedded in the left hinge joint 49.
  • the central concave through hole on the inner side of the segment, the middle segment cylinder and the front segment ball head respectively enter the above-mentioned slide track and spherical space to constitute a left parallel parallel rotation tilting device 48.
  • the right parallel rotation tilting device 53 is composed of a right hinge joint 54, a right ball joint short joint 55, a right ball joint long joint 56 and a stainless steel cylindrical ball head 52; the rear end of the stainless steel cylindrical ball head 52
  • the inner right concave joint 55 is embedded in the inner side of the rear portion of the right hinge joint 53, and the right spherical short joint 55 forms a slide and a spherical space on the lower right spherical joint long joint 56, and the rear portion is an upper and lower plane, and the front portion is rotated downward and inclined.
  • the middle cylinder and the front ball head respectively enter the above-mentioned slide and spherical space to constitute a right parallel rotation tilting device 53.
  • the front strut 58 has a through hole in the upper and lower sections, the left and right sides of the front strut 58 are flat, the rear end plane has two circular holes, the front end plane has four screw holes, and the front end plane has four screw holes.
  • the front movable hinge 64, the front movable hinge 64 is connected to the front fixed hinge 63, and the front fixed hinge 63 of the front upper stay below the upper and lower front stays connects four bearings, and the four bearing shapes on the front fixed hinge Two upper and four fourth bearing raceways are formed, and the two front stays 58 are placed up and down with stainless steel hollow rivets. As shown in FIG.
  • the left parallel-parallel tilting device 48 connects a front port of the upper and lower rear strut 47, and connects a rear port of the upper and lower front strut 58 to the right.
  • the first upper port of the upper and lower rear strut 47 is connected, and the rear upper port of the upper and lower front strut 58 is connected, and the left hinge joint 49 of the left hinge joint 49 on the left side can be rotated in parallel.
  • the hole and the right parallel rotatable tilting device 53 are connected to the center of the right circular joint of the right hinge joint 54 to connect the intermediate slide rod 57, thereby forming a bilaterally symmetrically paralleltable tilting frame type folding stay 46.
  • the left and right symmetrical front crossbars 59 have four sets, each consisting of a front crossbar 60 and a front fixed abutment 62 (see Figure 16).
  • the front crossbar 60 is a profiled extruded profile, and the rear end of the upper and lower concave slides 61 on the inner side of the front crossbar is embedded in the upper and lower bosses of the front fixed support 62.
  • the front fixed support 62 has four screw holes on the inner plane of the front fixed support.
  • the front fixing bracket 62 on the rear end of the upper and lower concave chute 61 on the inner side of the rod 59 has four screw holes and the front and rear symmetry of the upper and lower front struts of the upper and lower front struts of the slanting frame type folding struts Page connection (see Figure 6), the left and right symmetrical front crossbars 59 inside the upper and lower concave slides 61 are embedded in the left and right symmetry.
  • the car pylon base 83 is composed of a pergola base 84, an anti-theft lock 85 and four thorny nylon stickers.
  • the pergola base 84 is a profiled extruded profile, a pergola
  • the upper part of the base 84 has two inwardly concave tracks arranged vertically and horizontally symmetrically.
  • the lower part of the base of the pergola 84 is two longitudinally symmetric independent surrounding channels arranged longitudinally, and the bottoms of the two independent surrounding channels are concave planar channels, and the bottom of the pergola base 84 There is a plane boss in the middle of the concave flat channel.
  • the bottom of the flat pedestal of the awning base 84 has four screw holes and a central circular hole to connect the anti-theft lock 85.
  • the awning base 84 has two left and right symmetrical independent surrounding channels. a thorny nylon Velcro, and the two sides of the back section are also connected to two thorny nylon Velcro, thereby forming a car awning base 83 (see Figure 17);
  • the lower, two, four sides of the car pylon base 83 are connected to the four awning feet 86 at the front, rear, left and right ports.
  • the awning foot 86 is made of metal fixings, fixing brackets, fixing pins, locking blocks, and locking. Hardware, locking injection molded parts, locking piece, lower locking piece, stainless steel tensioning strip, inner soft metal metal clamping hook plate 87, leather sleeve 88, fixed lock, injection molded part shield 89, foot base 90, bottom
  • the foot cushions are composed of 91, and the four metal fixing members are connected by the rivets and the four independent surrounding channels of the lower and lower sides of the car pylon base 83, and the metal fixing members are respectively fixed with the fixing frame, the fixing pin, the locking block and the lock.
  • the hardware is connected, the locking hardware is respectively connected with the locking injection molded part and the fixed lock, the fixing pin is connected with the locking piece and the lower locking piece, and then the injection molded part shield 89 (see Fig. 17) is attached, and the stainless steel tensioning strip is attached.
  • the rear end is connected with the inner soft metal snap hook plate 87, the leather sleeve 88 is sleeved at the joint thereof, and the foot base 90 is connected with the metal fixing member to connect the foot seat cushion 91, and the four foot seat cushions 91.
  • the front end of the stainless steel tensioning strip is inserted into the gap between the locking piece and the lower locking piece on the foot 86 of the awning, and the tensioning piece consisting of the locking hardware and the locking injection molded part pulls the stainless steel tensioning strip Into the rear, the inner soft rubber metal snap hook plate 87 hooks the four corners of the car and locks the lock to make the car pedestal base 83 and the awning foot 86 connect to the car without injury and stability (see figure 2).
  • the above parts are assembled one by one: the two left and right symmetrical first bearing races 3 on the top of the base are embedded in the left and right symmetrical first groove slides 14 on the upper outer side of the double upper slider 11, and the upper upper slider 11 is double-joined And the lower part is in the middle concave channel 6 at the top of the base, and the starting micro switch of the rear section of the middle concave channel 6 at the top of the base is connected with the micro switch contact block 17 on the rear section of the double upper slider 11
  • the second bearing raceway 4 which is bilaterally symmetrical on the outer side of the upper side of the seat and the third bearing raceway 5 which is symmetrical on the left and right sides of the base are respectively embedded in the left and right side of the left symmetrical lower slider 30, and the right side is embedded in the right symmetry.
  • the upper protruding end roller frame 18 and the upper roller frame support 19 on the top front plane and the rear end plane of the double upper slider 11 respectively connect two sets of left retracting and unwinding mechanism 21 and right retracting and unwinding mechanism 22, two sets of left Two winding drums 28 are connected between the take-up and take-up mechanism 21 and the right take-up and take-up mechanism 22, and the six screw holes on the left and right sides of the upper roller frame support 19 are respectively connected to the left and right sets of two symmetrical symmetric parallel rotating inclined frames.
  • the folding hinges 46 of the upper and lower rear struts 47 are fixed to the rear fixing hinges 43 at the rear end of the rear struts 47, and are fixed by stainless steel pan head screws;
  • the six screw holes on the left and right upper fixing brackets 9 of the top end of the base 2 are respectively connected to the left and right sets of left and right symmetrical parallel rotatable frame-folding struts 46 and the lower rear struts 47 of the upper and lower rear struts 47.
  • the rear fixed hinge 43 of the end is fixed by a stainless steel pan head screw; the left and right front fixed brackets 62 of the left and right sides of the left and right symmetrical front cross bars 59 corresponding to the double upper sliders are respectively connected to the left and right sets of two sides symmetrically
  • the front frame front hinges 63 of the upper front struts 58 of the upper and lower front struts 58 of the upper and lower front struts 58 can be rotated in parallel, and fixed by a stainless steel pan head screw; the left and right sides of the left and right symmetrical front cross bars 59 are embedded in the front and rear sides.
  • Two ends of the two radiation protection sunshades 29 are respectively connected by the double-sided tape to the left and right two roll cylinders 28 on the double upper slider 11 and wound on the roll cylinder 28, and the other end is connected by the double-sided tape and the rivet.
  • the left and right planes of the left and right sets of left and right symmetrical front crossbars 59, thereby forming two block faces of the upper layer of the car pergola (see Fig. 1); the left symmetrical lower slider 30 and the right symmetrical lower slider 31 are slid downwards.
  • the support 41 is respectively connected to the left and right sets of left and right symmetrical parallel rotatable inclined frame type folding struts 46.
  • the upper rear struts 47 of the upper and lower rear struts 47 are fixed to the rear end of the rear struts 47 and fixed by stainless steel pan head screws;
  • the lower rear end of the base 2 and the left and right lower fixed support 10 are respectively connected to the left and right sets of left and right symmetrical parallel rotating frame
  • the rear fixing hinge 43 at the rear end of the lower rear struts 47 of the upper and lower rear struts 47 is fixed by a stainless steel pan head screw; corresponding to the left symmetrical lower slider 30 and the right symmetrical lower slider 31
  • the left and right front fixing brackets 62 of the left and right sides of the left and right symmetrical front rails 59 are respectively connected to the left and right sets of left and right symmetrical parallel rotatable frame folding struts 46.
  • the upper front struts 58 of the upper and lower front struts 58 The front fixed hinge 63 of the front end is fixed by a stainless steel pan head screw; the left and right sets of the left and right symmetrical front cross bars 59 are respectively inserted into the left and right concave slides at the front end, and the left and right sets of left and right symmetrical parallel rotation slanting frame type folding struts 46 up and down two
  • the front front strut 58 of the front strut 58 has four bearings at the front end of the front fixing hinge 63 which constitutes the upper and lower races;
  • Two ends of the two radiation protection sunshades are respectively connected by the double-sided glue to the left and right two roll cylinders 28 on the left symmetric lower slider 30 and the right symmetric lower slider 31, and are wound on the roll cylinder 28, and the other end is double-sided.
  • the glue and the rivet are connected on the outer planes of the left and right sets of the left and right symmetrical front crossbars 59, thereby forming two block faces of the lower layer of the car's pergola (see Fig. 1); the upper projecting end on the double upper slider 11
  • the top plane of the roller frame 18 and the top surface of the upper roller frame support 19 are connected to the awning cover and the awning cover 42 and are fixed by stainless steel countersunk screws;
  • the rear end of the base 2 is connected to the left and right tops of the solar base.
  • the handle of the cover 77 is convex from the rear to the front.
  • Two rectangular right angle cantilever is fixed by a stainless steel countersunk head screw, and the lower rear end space of the base 2 is inserted into the solar base handle cover.
  • the solar base handle cover 77 is connected to the top surface of the solar panel 76 by a stainless steel screw and a retaining nut.
  • the wire plug on the solar panel 76 passes through the solar base handle cover 77.
  • the lower circumference of the boss is pushed from the rear to the front semicircular groove into the base.
  • a solar charging socket is inserted into the lower space of the rear end of the seat, the solar charging socket is connected with the rechargeable battery, the rechargeable battery is connected to the pergola main switch 81, the electric quantity display 80, the charging and discharging socket 82 and the remote control receiver, and the remote control receiver is connected with the starting micro switch 78, a stop micro switch 79 and a worm motor;
  • the front part of the lower part of the base 2 is provided with a rechargeable battery and a remote control receiver.
  • the lower front port of the base 2 is connected to the electrical panel, and the electrical panel is provided with a power indicator 80, a pergola main switch 81 and a charging and discharging socket 82; the double-connected turbo gear box 65 enters
  • the central position of the rectangular opening 8 in the middle of the bottom of the base is fixed on the base 2 by a stainless steel screw and a retaining nut, and two spur gears 77 at the double output end are embedded in two circular holes at the center of the space of the base 2, wherein A spur gear 77 meshes with a straight rack 45 on the double upper slider and a straight rack 45 on the left and right symmetrical lower slider, and the other spur gear 77 and the double upper slider have another straight tooth
  • the strip 45 and the left and right symmetrical lower slider are engaged by another straight rack 45 (see Fig. 4);
  • the left and right sides of the base protrude from the left and right sides of the base of the car awning base 83, and the left and right concave rails, the anti-theft lock 85 at the bottom of the rear end of the car pedestal base 83 locks the base 2 upward; the car shed base 83
  • the four front, rear, left and right ports of the lower two independent four-way passages connect four metal fixing members on the four sets of awning feet 86, and the four foot rests 90 and the bottom feet of the four sets of awning feet 86 are soft.
  • the pad 91 is flatly attached to the plane of the four sides of the car, and the inner soft rubber metal snap hook plate on the four sets of the awning foot 86 87 hooks the four corners of the car and locks the fixed lock, so that the automatic car awning 1 and the car are connected without damage and stability.
  • the worm motor rotates forward, and the double upper slider 11 slides in the opposite direction to the left symmetrical lower slider and the right symmetrical lower slider, when the double upper slider
  • the micro switch contact block 17 on the bottom rear section slides forward and hits the dead center micro switch 79 on the front section of the concave channel 6 at the top of the base 2
  • the worm motor stops rotating, and the fully automatic car awning 1 is completely opened.
  • the wire plug of the special car fan in the car is inserted into the charging and discharging socket 82 on the electric panel. Press the switch fan to rotate the car to cool the air.
  • the invention has been completely assembled, and the automatic car awning 1 is placed on the top of the car in the folded state, and is operated by the remote controller, and the expansion of the invention can be completed automatically, and the folding is automatically completed (see Fig. 2), and the anti-theft lock is opened.

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Motorcycle And Bicycle Frame (AREA)
  • Operating, Guiding And Securing Of Roll- Type Closing Members (AREA)
  • Tents Or Canopies (AREA)

Abstract

一种全自动轿车凉棚，包括基座(2)、电器控制装置、凉棚包皮、车凉棚底座(84)、凉棚底脚(86)和联动装置，联动装置设于基座(2)下面空间的正中，联动装置包括双联涡齿涡轮箱(65)、直齿条(45)、双联上滑块(11)以及左右对称下滑块机构(30、31)、左右对称可平行旋转倾斜框架式折叠撑杆(46)、左右对称前横杆(59)和若干套收放卷装置(20)；基座(2)和有带两个卷布滚筒(28)的双联上滑块(11)和各带一个卷布滚筒(28)的左右对称下滑块(30、31)与左右对称可平行旋转倾斜框架式折叠撑杆(46)连接并与左右对称前横杆(59)连接，用遥控控制器操作，使防辐射遮阳布(29)只用几秒钟，就从基座(2)上向前、后、左、右四面同时展开，该全自动轿车凉棚结构紧凑合理、动作灵活、可靠、稳固、防盗，将其安装在轿车上展开和收拢都能够自动完成，轿车可以自由行驶，使用方便。

Description

全自动轿车凉棚 技术领域
本发明属于遮阳凉棚装置领域，特别是涉及一种轿车用防辐射遮阳凉棚。
背景技术
在炎热的季节，很多轿车露天停放时承受着烈日的暴晒，车内温度很高形成蒸笼式的闷热，气温高达70℃左右而久久不能散去，人们要使用车辆，只好先开十几分钟空调，让车内温度慢慢下降，既耽误时间又浪费能源还增加温室气体的排放，虽然车内温度下降，可是车内座椅和座椅靠背还是很烫，人们只好忍着烫开车，这是一个很普遍却又无法改变的现象。人们想了很多办法，试图改变这种现象。经检索，有很多汽车用遮阳棚或遮阳伞被发明出来，但遗憾的是迄今为止，没有一项发明能实际得以应用。究其原因不外乎这样几个方面：这些汽车遮阳棚或遮阳伞,停车时要安装，用人工打开，开车时要人工把它卸下，操作上费时费力，人们不愿意在收放时，要两次忍受在烈日暴晒下较长时间的操作。还有名为自动汽车遮阳棚或自动汽车遮阳伞，每次停车安装完毕用遥控打开，可是开车时用遥控收拢后散在车顶上，还要人工把它卸下来，同样在操作上费时费力，人们也不愿意在收放时，要再次忍受在烈日暴晒下较长时间的操作和麻烦。还有些自动汽车遮阳伞前后自动打开左右两边伸展不开，车两边的玻璃晒到太阳，避热效果较差。
发明内容
本发明针对上述提供一种全自动轿车凉棚，其结构紧凑合理、动作灵活、可靠、稳固、防盗，将其安装在轿车上展开和收拢都能够自动完成，轿车可以自由行驶，使用方便。
具体技术方案如下：一种全自动轿车凉棚，包括基座、电器控制装置、凉棚包皮、车凉棚底座、凉棚底脚和联动装置，联动装置设于基座下面空间的正中，联动装置包括双联涡齿涡轮箱、直齿条、双联上滑块以及左右对称下滑块机构、左右对称可平行旋转倾斜框架式折叠撑杆、左右对称前横杆和若干套收放卷装置；
所述基座上设置有两个左右对称的上固定支座、两个左右对称的下固定支座、若干轴承、电器控制装置、双联上滑块以及左右对称下滑块机构，基座顶部两边对称设有两条第一轴承滚道，所述双联上滑块上部外侧左右对称设有两条第一凹槽滑道，所述的两条第一轴承滚道 对应嵌入两条第一凹槽滑道；
所述左右对称下滑块机构主要由左对称下滑块、右对称下滑块、左右各一个下滑动支座、左右各两个下滚筒架、左右各一根直齿条和左右各一套收放卷装置组成；
所述双联上滑块上设置上滚筒架支座、上伸出端滚筒架、凉棚包皮、微动开关接触块、直齿条和两套收放卷装置；
所述收放卷装置由左收放卷机构、右收放卷机构、卷布滚筒和防辐射遮阳布组成；
双联上滑块和与之相对应的左右对称前横杆之间连接有左右对称可平行旋转倾斜框架式折叠撑杆，形成上层两个前后对称的块面，左右对称下滑块机构和与之相对应的左右对称前横杆之间也连接有左右对称可平行旋转倾斜框架式折叠撑杆，形成下层两个前后对称的块面，所述防辐射遮阳布的一端卷绕在卷布滚筒上，另一端与左右对称前横杆连接；
车凉棚底座下面的前后左右均设置用于与轿车连接的凉棚底脚，所述车凉棚底座上部有两条朝内凹轨道，所述基座底部两边设有凸出轨道，凸出轨道嵌入凹轨道内；
双联涡齿涡轮箱设于基座内，双联涡齿涡轮箱的双输出端端部具有两个对称直齿轮，其中的一个直齿轮与双联上滑块上的一条对应直齿条和左右对称下滑块机构上的一条对应直齿条啮合，另一个直齿轮与双联上滑块上的另一条对应直齿条和左右对称下滑块机构上的另一条对应直齿条啮合，形成对称两组双直齿条与直齿轮啮合的搓动传动，双联上滑块与左右对称下滑块机构同步从基座中呈相反方向伸出，形成上下两层分别向前、后、左、右四面同时伸出和展开的四个凉棚块面，组成轿车凉棚。
本发明进一步设置为：所述基座由挤出型材构成，基座顶部设有二条第一轴承滚道并呈左右对称分布，基座顶部中间是凹形通道，基座上部外侧左右对称分布有二条第二轴承滚道，基座中部外侧左右对称分布有二条第三轴承滚道，所述的三种轴承滚道是先用开槽球面轴位螺钉、滚动轴承、垫圈与基座连接形成一个滚道单元，按均布和纵向排列的方式与基座连接，形成的六条纵向的轴承滚道；左对称下滑块顶部和底部设有第二凹槽滑道，右对称下滑块顶部和底部设有第三凹槽滑道，
双联上滑块中部和下部都在基座顶部中间凹形通道内；第二轴承滚道和第三轴承滚道的左外侧分别嵌入两条第二凹槽滑道，第二轴承滚道和第三轴承滚道的右外侧分别嵌入两条第三凹槽滑道；
所述电器控制装置主要由太阳能板、太阳能底座拉手封盖、充电电池、太阳能充电插座、 遥控接收器、遥控控制器、起点微动开关、止点微动开关、电器面板和特制车载电扇组成；电器面板上设有电量显示器、凉棚总开关和充放电插座；所述特制车载电扇由电扇、电扇底座、底座软垫、金属软管、吸盘、开关和导线插头组成；
基座前左顶部和前右顶部分别连接左、右两个对称的上固定支座，基座后下部左外侧、右外侧分别连接左、右两个对称的下固定支座，基座顶部中间的凹形通道上前段连接止点微动开关、后段连接起点微动开关，基座下部内侧是空间，充电电池和遥控接收器放置在基座前下部空间内，基座中间凹形通道左右两内侧有两条相对应的内侧梯形通道，左右两外侧也有两条相对应的外侧梯形通道，四条梯形通道呈对称分布，基座前下部空间端口连接电器面板，基座后顶部端口连接太阳能底座拉手封盖，基座底部后段中间有四个圆孔呈纵向等距排列，底部中段有一个矩形开口，直通基座下部空间，基座下部空间上面正中位置往上有左右对称的两个圆孔，双联涡齿涡轮箱由该矩形开口进入基座中段空间内连接在基座空间上正中附近，双联涡齿涡轮箱上双输出端端部左右对称的两个直齿轮可转动的嵌入基座空间上面左右对称的两个圆孔内。
本发明进一步设置为：所述双联上滑块顶部是矩形平面，顶部左右两边是直角凹形通道，顶部下面内侧两边有左右对称的两条直角矩形的凸出平面，双联上滑块上部左右外侧有两条相对称的第一凹槽滑道，双联上滑块下部左右外侧有相对称的两条燕尾形轨道分别嵌入两根直齿条，双联上滑块底部有一条凹形通道，凹形通道后段上面连接微动开关接触块，双联上滑块后段上的微动开关接触块与基座后段上的起点微动开关相接，第一凹槽滑道嵌入第一轴承滚道内侧，双联上滑块下部左右外侧燕尾形轨道上的两根直齿条与内侧梯形通道滑移配合，与基座正中位置两个左右对称的圆孔内侧相交，双联上滑块顶部前端连接上伸出端滚筒架，所述上伸出端滚筒架顶部是平面，平面上有两个左右对称的圆孔和六个第一螺孔，上伸出端滚筒架上部是双联的两个圆圈，下部是两个与双联圆圈的圆弧底部相连的直角凸块平面，双联圆圈的左右两个圆圈的圆弧底部中心处同心设有两个沉头圆孔，下与底部直角凸块平面相通，双联上滑块顶部后端连接上滚筒架支座，所述上滚筒架支座顶部与上伸出端滚筒架顶部结构设置相同，上滚筒架支座上部左右外侧是各有六个第二螺孔的平面，上滚筒架支座下部和底部与上伸出端滚筒架下部和底部结构设置相同，所述凉棚包皮由包皮布、凉棚盖板、两条弹性片材、两根毛条、四个毛面尼龙魔贴和一个刺面尼龙魔贴组成，双联上滑块顶部前端上的上伸出端滚筒架和顶部后端上的上滚筒架支座之间分别装配两套收放卷装置，每套的左收放卷机构和右收放卷机构之间连接卷布滚筒，防辐射遮阳布卷绕在卷布滚筒上，双联上滑块上的上伸出端滚筒架顶部平面 以及上滚筒架支座顶部平面上连接凉棚包皮上的凉棚盖板。
本发明进一步设置为：所述左对称下滑块和右对称下滑块均由挤出型材构成，左对称下滑块左外侧有一条圆弧通道，圆弧通道上有一条凸轨道，左外侧圆弧通道前后两端分别连接两个下滚筒架，两个下滚筒架之间分别装配左收放卷机构、右收放卷机构，左收放卷机构和右收放卷机构之间连接卷布滚筒，防辐射遮阳布卷绕在卷布滚筒上，左对称下滑块右外侧设有一条燕尾形轨道，其内嵌入一根直齿条，左对称下滑块底部左边有一条凹形轨道，所述下滑动支座顶部设有凸形轨道，所述下滑动支座嵌入凹形轨道后端口，所述右对称下滑块的上的结构设置与左对称下滑块上的结构设置对称相同；左对称下滑块上的直齿条与基座的左外侧梯形通道滑移配合，并与基座正中位置左圆孔外侧相交，右对称下滑块上的直齿条与基座的右外侧梯形通道滑移配合，与基座正中位置右圆孔外侧相交。
本发明进一步设置为：所述基座左右两侧各安装两套左右对称可平行旋转倾斜框架式折叠撑杆，所述左右对称可平行旋转倾斜框架式折叠撑杆包括两个后固定合页、两个后活动合页、上下两根后撑杆、左可平行旋转倾斜装置、右可平行旋转倾斜装置、一根中间滑杆、上下两根前撑杆、两个前活动合页、两个前固定合页和若干轴承，
所述后撑杆顶部和底部都是圆弧形，后撑杆中段上下设有通孔，两根后撑杆上下交叉放置，并通过空心铆钉连接两者的通孔，后撑杆左右两侧是平面，两侧平面的后端各有相对称的六个第三螺孔，六个第三螺孔分别连接上下两个后活动合页，上下两个后活动合页连接上下两个后固定合页，后撑杆前端左右两侧平面各有两个圆孔相对称；
处于同一侧的左右对称可平行旋转倾斜框架式折叠撑杆呈上下分布，处于上方的一套的两个后撑杆一端通过后固定合页分别与双联上滑块上的六个第二螺孔和上固定支座连接，另一端分别连接左可平行旋转倾斜装置和右可平行旋转倾斜装置；
处于下方一套的两个后撑杆一端通过后固定合页分别与下滑动支座和下固定支座连接，另一端分别连接左可平行旋转倾斜装置和右可平行旋转倾斜装置；
所述左可平行旋转倾斜装置由左铰链关节、左球头短关节、左球头长关节和不锈钢圆柱球头组成，所述左铰链关节后段顶部有一个圆形凸台，凸台中心是螺孔，左铰链关节后段内侧是圆弧形凹槽，内侧圆弧形凹槽中心处有一个上下圆弧两侧平面的凹形通孔连接圆孔直通外侧，不锈钢圆柱球头后段端口嵌入左铰链关节内侧中心的凹形通孔内，所述不锈钢圆柱球头后段上下圆弧两侧平面与左铰链关节内侧通孔形状相似，不锈钢圆柱球头后端口中心是螺孔，中段是圆柱体、前段是球体；
左铰链关节前段下部是矩形凸台，凸台上下是圆弧，两侧是平面，平面上有两个对称的圆孔，所述左球头短关节顶部是两个圆孔直通底部平面，底部平面旁边是半球形往上凹面，半球形往上凹面周边有后部分平面前部分往下倾斜的轨道，所述左球头长关节后段顶部平面有两个圆孔直通底部，后段顶部平面旁边是半球形往下凹面，半球形往下凹面周边有后部分平面前部分往下倾斜的轨道；
左球头长关节前段下部是矩形凸台，凸台上下是圆弧，凸台两侧是平面，平面上有两个对称的圆孔；
左球头短关节在上，左球头长关节在下连接形成一个球形空间，周边形成一条环绕球形空间的滑道，该滑道后部分为上下平面，前部分往下旋转倾斜，不锈钢圆柱球头的前段球体和中段圆柱体置于球形空间和滑道之中；不锈钢圆柱球头后端口与左铰链关节用不锈钢螺钉连接，中段圆柱体和前段球体与左球头短关节和左球头长关节连接；
所述右可平行旋转倾斜装置和左可平行旋转倾斜装置的构件组成相同，右球头短关节在下，右球头长关节在上连接形成一个球形空间，周边形成一条环绕球形空间的滑道，该滑道后部分为上下平面，前部分往下旋转倾斜，不锈钢圆柱球头的前段球体和中段圆柱体置于球形空间和滑道之中；不锈钢圆柱球头后端口与右铰链关节用不锈钢螺钉连接，中段圆柱体和前段球体与右球头短关节和右球头长关节连接，右可平行旋转倾斜装置和左可平行旋转倾斜装置的顶部圆形凸台均连接至中间滑杆；
所述前撑杆顶部、底部都是圆弧形，顶部和底部之间设有上下同心圆孔，两根前撑杆上下交叉放置，并通过空心铆钉连接两者的同心圆孔，两根前撑杆的后端分别连接左可平行旋转倾斜装置和右可平行旋转倾斜装置，前撑杆左右两侧是平面，前撑杆后端左右两侧平面各有两个圆孔相对称，前端左右两侧平面各有四个螺孔相对称，上下两根前撑杆前端四个螺孔分别连接上下两个前活动合页，上下两个前活动合页连接上下两个前固定合页，下面的前固定合页连接四个轴承，四个轴承形成上下两条第四轴承滚道，所述第四轴承滚道与左右对称前横杆滑移连接。
通过采用上述技术方案，当双联上滑块和左、右对称下滑块往相反方向滑动时，四套左右对称可平行旋转倾斜框架式折叠撑杆就分别往前、后、左、右四面向前平行，当左可平行旋转倾斜装置和右可平行旋转倾斜装置中的不锈钢圆柱球头的圆柱体在滑道中从后部分平行到前部分往下旋转倾斜的滑道时，四套左右对称可平行旋转倾斜框架式折叠撑杆的八根前撑杆同时既往前又往下旋转倾斜。
本发明进一步设置为：所述左右对称前横杆对应左右对称可平行旋转倾斜框架式折叠撑杆设有四套，每套左右对称前横杆由前横杆和前固定支座组成，所述前横杆由挤出型材构成，前横杆外侧是平面，内侧有上下相对称的两条凹形滑道，前横杆后端内侧上下相对称的两条凹形滑道嵌入前固定支座外侧两条上下凸形轨道，所述前固定支座外侧是上下相对称的两条凸形轨道，内侧是平面，平面上有四个螺孔连接前撑杆前端的前固定合页，两条凹形滑道对应嵌入两条第四轴承滚道内，前横杆外侧平面用双面胶和拉铆钉连接防辐射遮阳布。
本发明进一步设置为：所述左收放卷机构由调节挡板、弹簧套筒、接套盖板和正卷发条弹簧组成，所述调节挡板后段是圆柱体，中段是略小圆柱体，略小圆柱体正中处有一圈凹槽，前段是圆轴连接开口芯轴，所述弹簧套筒后段是小卷筒，前段是大卷筒，大卷筒中间有一圈凹槽，一圈凹槽的圆周上有相对称的两个十字开口和相对应的四个矩形小开口，弹簧套筒前端口内侧有相对应的四个半圆形凹槽。所述接套盖板后段是圆形的，后段端口圆形中心有个圆孔，后段圆形周边有相对应的四个半圆形凸台和与四个半圆形凸台相错位的四个矩形小凸台，接套盖板前段是方形体，前段方形体端口中心是圆孔与后段端口圆孔相通，调节挡板连接弹簧套筒，正卷发条弹簧内端连接调节挡板前段开口芯轴，外端连接弹簧套筒的十字开口，接套盖板既连接调节挡板又连接弹簧套筒，所述右收放卷机构与左收放卷机构结构设置相同，左收放卷机构上的接套盖板前段方形体和右收放卷机构上的接套盖板前段方形体之间连接卷布滚筒，卷布滚筒卷绕防辐射遮阳布。
本发明进一步设置为：所述车凉棚底座由凉棚底座、用于锁紧基座的防盗锁和四个刺面尼龙魔贴组成，所述凉棚底座由挤出型材构成，凉棚底座上部有两条朝内凹轨道，呈左右对称相向而立纵向排列，两条纵向凹轨道之间是纵向通道，凉棚底座中部左右两侧是平面，凉棚底座下部是两个左右对称的独立四围通道呈纵向排列，四围通道上面是平面，左、右两侧是圆弧连接平面，四围通道底部有两条左右对称的纵向凹形轨道，四围通道中间是空间通道，两个独立四围通道底部之间是纵向凹形通道，凹形通道上面正中位置有一条纵向平面凸台，平面凸台后端有四个螺孔，四个螺孔中心有一个圆孔直通凉棚底座顶部，凉棚底座前段左右两侧连接左右两个刺面尼龙魔贴，后段左右两侧也连接左右两个刺面尼龙魔贴，凉棚底座凹形通道上面正中平面凸台后端四个螺孔和中心圆孔连接防盗锁，基座底部两边设有凸出轨道，凸出轨道嵌入凹轨道内；
车凉棚底座前左、右两个四围通道端口分别连接两套凉棚底脚，后左、右两个四围通道端口也分别连接两套凉棚底脚，四套凉棚底脚上连接有不锈钢张紧条和底脚座，所述底脚座设有 软垫，底脚座软垫贴在轿车前、后、左、右四处边的平面上，每个不锈钢张紧条均连接有用于勾住轿车四处边缘角的内侧软胶金属卡紧钩板，所述卡紧钩板上套有用于贴在轿车四处边缘上的皮套。
本发明进一步设置为：所述双联涡齿涡轮箱由涡轮箱下体、涡轮箱盖、两个轴承、四个铜套、两个涡轮直齿轮和蜗杆式电机组成，所述涡轮箱下体由其四围面和与四围面相连的下体底部组成，四围面底部内有两个相连且中间相通的圆弧凹面，并呈左右对称分布，两个圆弧凹面上各有一个圆形凸台，圆形凸台设有中心圆孔，两个中心圆孔分别嵌入两个铜套，铜套和圆孔紧配合，四围面顶部四个边角上有四个圆孔直通底部，四围面前内侧中心有一个圆凹槽，圆凹槽嵌入一个铜套，圆凹槽与铜套紧配合，四围面后内侧中心有一个圆孔嵌入一个铜套，圆孔与铜套紧配合，前、后铜套同心，
涡轮箱下体后外侧端口四边角有四个圆孔，后外侧端口四个圆孔中心位置有一个圆孔与内侧中心圆孔同心又相通，涡杆式电机的涡杆头从涡轮箱下体后外侧中心圆孔进入前内侧铜套内，涡杆中段在后内侧铜套内，涡杆上的涡齿在两个既相连中间又相通的圆弧凹面正中处，涡杆式电机与涡轮箱下体后外侧端口四个圆孔用不锈钢螺钉连接；
所述涡轮箱盖底部有两个既相连中间又相通的圆弧凹面呈左右对称分布，两个圆弧凹面上各有一个圆弧凸台，两个圆弧凸台中间是两个圆形凹面，两个圆形凹面嵌入两个轴承，两个圆形凹面中心是两个对称的圆孔直通顶部。涡轮箱盖顶部四个边角上有四个圆孔与涡轮箱下体边角上四个圆孔同心又相通，
所述涡轮直齿轮由特制轴、特制涡轮和特制直齿轮组成，所述特制轴为一根长圆柱体，特制轴下段是圆柱，中段圆柱带两圈齿痕，上段是半圆柱，所述特制涡轮上段是大小圆柱结合体下段是涡轮，涡轮底部为小圆凸台，顶部中心到底部中心为圆通孔，
两个特制直齿轮成为双输出端，所述特制直齿轮下段是圆柱、上段是直齿轮、直齿轮顶部中间是半圆孔直通底部，特制直齿轮嵌入特制涡轮上面特制轴上段半圆柱，半圆柱与特制直齿轮紧配合，两个特制轴分别嵌入涡轮箱下体两个中心圆孔中的铜套内，两个左右对称的涡轮与涡轮箱下体中间蜗杆的涡齿左右啮合，两个特制直齿轮嵌入涡轮箱盖上的两个轴承内，并穿过两个圆孔凸出于涡轮箱盖顶部外，涡轮箱下体内前后两个铜套连接蜗杆式电机上的蜗杆，下面的两个铜套连接两个涡轮直齿轮，两个涡轮直齿轮连接涡轮箱盖，涡轮箱下体和涡轮箱盖用不锈钢螺钉连接，涡轮箱下体后端口用不锈钢螺钉连接蜗杆式电机。
本发明进一步设置为：所述电器控制装置由太阳能板、太阳能底座拉手封盖、充电电池、 太阳能充电插座、遥控接收器、遥控控制器、起点微动开关、止点微动开关、电器面板和特制车载电扇组成，所述电器面板上装有电量显示器、凉棚总开关和充放电插座，所述太阳能底座拉手封盖顶部平面四角有四个圆孔，中间有一个圆孔连方孔，方孔往下即是太阳能底座拉手封盖上部前侧导线凹槽，中部从后往前凸出左右对称两个矩形直角悬臂，下部从后往前凸出五围凸台，五围凸台顶部平面有一条从后往前半圆凹槽，半圆凹槽后端与从上往下的导线凹槽相接，五围凸台后侧端口有一条横向拉手杆，横向拉手杆上下周边是空间，下部五围凸台上下左右四围形状与基座下部空间形状相似，太阳能底座拉手封盖顶部连接太阳能板，中部左右对称两个悬臂连接基座顶部左右后端，下部从后往前凸出的五围凸台嵌入基座下部空间后端口，太阳能板上的导线插头从太阳能底座拉手封盖顶部圆孔连方孔和导线凹槽往下一直进入基座下部空间内与太阳能充电插座连接，太阳能充电插座另一端与充电电池连接；
充电电池先连接凉棚总开关，再连接电量显示器、充放电插座和遥控接收器，遥控接收器连接起点微动开关、止点微动开关和蜗杆式电机。
本发明将一端卷绕有防辐射遮阳布的四个卷布滚筒，分别与双联上滑块和左、右对称下滑块连接为一体，另一端与对称分布的前横杆连接，中间由左右对称可平行旋转倾斜框架式平行折叠撑杆分别将它们彼此之间连接起来，用遥控控制器操作，使电机正转，双联涡齿涡轮涡轮箱上的双输出端端部的左右对称两个直齿轮转动并产生与双联上滑块和左右对称下滑块上的四条直齿条联动，使得防辐射遮阳布只用短短的几秒钟，就从基座上向前、后、左、右四面同时展开，成为遮盖面积足够大的凉棚，使轿车置于凉棚之下。停车时，当使用者手持遥控控制器按打开键时，蜗杆式电机正转双联上滑块与左、右对称下滑块呈相反方向滑动，当双联上滑块的微动开关接触块往前滑动碰到基座前段止点微动开关时，蜗杆式电机停止转动，全自动轿车凉棚完全打开，同时轿车内特制车载电扇上的导线插头往上插入电器面板上的充放电插座，按一下开关电扇转动使轿车内通风清凉。准备开车时，当使用者手持遥控控制器按收拢键时，蜗杆式电机反转，双联上滑块的微动开关接触块往后滑动碰到基座后段起点微动开关、蜗杆式电机停止转动，全自动轿车凉棚完全收拢像个包箱。本发明全自动轿车凉棚结构紧凑合理、动作灵活、可靠、稳固、防盗，将其安装在轿车上，能自动展开或收拢，使用方便。
附图说明
图1为本发明在轿车顶部展开的示意图；
图2为本发明在轿车顶部收拢的示意图；
图3为本发明前端横截面示意图；
图4为本发明后端横截面示意图；
图5为基座部分结构示意图；
图6为本发明展开时的结构示意图；
图7为双联上滑块的结构示意图；
图8为左、右对称下滑块的结构示意图；
图9为基座与上、下滑块部分的结构示意图；
图10为左右对称可平行旋转倾斜框架式折叠撑杆的结构示意图；
图11为左可平行旋转倾斜装置和右可平行旋转倾斜装置的三视对比图；
图12为收放卷装置的结构示意图；
图13为双联涡齿涡轮箱示意图；
图14为双联涡齿涡轮箱的剖视图；
图15为太阳能底座拉手封盖的结构示意图；
图16为左右对称前横杆示意图；
图17为车凉棚底座和凉棚底脚示意图。
图中序号说明：1-全自动轿车凉棚、2-基座、3-第一轴承滚道、4-第二轴承滚道、5-第三轴承滚道、6-基座顶部中间凹形通道、7-基座底部左右两边凸出轨道、8-基座底部中段矩形开口、9-上固定支座、10-下固定支座、11-双联上滑块、12-双联上滑块顶部后端矩形平面、13-双联上滑块顶部前端矩形平面、14-双联上滑块上部外侧左右对称的第一凹槽滑道、15-双联上滑块下部左右外侧燕尾形轨道、16-双联上滑块底部凹形通道、17-微动开关接触块、18-上伸出端滚筒架、19-上滚筒架支座、20-收放卷装置、21-左收放卷机构、22-右收放卷机构、23-调节挡板、24-弹簧套筒、25-接套盖板、26-正卷发条弹簧、27-反卷发条弹簧、28-卷布滚筒、29-防辐射遮阳布、30-左对称下滑块、31-右对称下滑块、32-左对称下滑块顶部和底部凹槽滑道、33-右对称下滑块顶部和底部凹槽滑道、34-左对称下滑块右外侧燕尾形轨道、35-右对称下滑块左外侧燕尾形轨道、36-左对称下滑块左外侧圆弧通道、37-右对称下滑块右外侧圆弧通道、38-下滚筒架、39-左对称下滑块底部左边凹形轨道、40-右对称下滑块底部右边凹形轨道、41-下滑动支座、42-凉棚包皮上的凉棚盖板、43-后固定合页、44-后活动合页、45-直齿条、46-左右对称可平行旋转倾斜框架式折叠撑杆、47-后撑杆、48-左可平行旋转倾斜装置、49-左铰链关节、50-左球头短关节、51-左球头长关节、52-不锈钢圆柱球头、53-右可平行旋 转倾斜装置、54-右铰链关节、55-右球头短关节、56-右球头长关节、57-中间滑杆、58-前撑杆、59-左右对称前横杆、60-前横杆、61-前横杆内侧上下凹形滑道、62-前固定支座、63-前固定合页、64-前活动合页、65-双联涡齿涡轮箱、66-涡轮箱下体、67-底部上面左右对称两个圆孔、68-前内侧中心圆形凹槽、69-后侧中心通孔、70-后外侧凸台四个圆孔、71-涡轮直齿轮、72-特制涡轮、73-特制轴、74-特制直齿轮、75-涡轮箱盖、、76-太阳能板、77-太阳能底座拉手封盖、、78-起点微动开关、79-止点微动开关、80-电量显示器、81-凉棚总开关、82-充放电插座、83-车凉棚底座、84-凉棚底座、85-防盗锁、86-凉棚底脚、87-内侧软胶金属卡紧钩板、88-皮套、89-注塑件护罩、90-底脚座、91-底脚座软垫。
具体实施方式
下面结合附图进一步说明本发明的实施方案。
见图1所示为全自动轿车凉棚1放置在轿车顶部展开时的状态，主要由基座2、双联上滑块11、左对称下滑块30、右对称下滑块31、左右对称前横杆59、防辐射遮阳布28、左右对称可平行旋转倾斜框架式折叠撑杆46、车凉棚底座83和凉棚底脚86组成。图2所示为全自动轿车凉棚1放置在轿车顶部尚未展开时的状态。
首先，将各部分先进行组装
1)组装基座2：基座2为异型挤出型材(见图5)，先用开槽球面轴位螺钉、轴承、垫圈与基座连接形成一个滚道单元，再将多个单元按均布和纵向排列的方式与基座2连接，形成基座顶部两条左右对称的第一轴承滚道3、基座上部外侧两条左右对称的第二轴承滚道4和基座中部外侧两条左右对称的第三轴承滚道5(见图5)。基座顶部两条左右对称的第一轴承滚道3嵌入双联上滑块11上部外侧左右对称的第一凹槽滑道14，双联上滑块11中部和下部都在基座顶部中间凹形通道6内，基座上部外侧左右对称的第二轴承滚道4和基座中部左右对称的第三轴承滚道5分别左边嵌入左对称下滑块30顶部和底部的第二凹槽滑道32，右边嵌入右对称下滑块31顶部和底部的第三凹槽滑道33，由此基座2、双联上滑块11、左对称下滑块30和右对称下滑块31有机地结合在一起(见图9)。基座2前顶部左右两边连接左右对称两个上固定支座9，基座2后下部左右外侧连接左右对称两个下固定支座10，基座2顶部中间凹形通道6前段上面连接止点微动开关79，后段上面连接起点微动开关78(见图5)。如图3所示，基座2下部前端口连接电器面板，电器面板上安装电量显示器80、凉棚总开关81和充放电插座82。基座2顶部后端连接太阳能底座拉手封盖77，太阳能底座拉手封盖77上面连接太阳能板76，太阳能板76上的导线插头连接基座下部空间内的太阳能充电插座，太阳能充电插座连接充电电池，充电电池连接凉棚总开关81、 电量显示器80、充放电插座82和遥控接收器。遥控接收器连接起点微动开关78、止点微动开关79和蜗杆式电机，基座下部前段空间放置充电电池和遥控接收器。
2)组装双联上滑块11：双联上滑块11为异型挤出型材，顶部后端矩形平面12连接上滚筒架支座19(见图7)，双联上滑块11顶部前端矩形平面13连接上伸出端滚筒架18(见图7)，上滚筒架支座19和上伸出端滚筒架18分别连接两套左收放卷机构21和右收放卷机构22，左收放卷机构21和右收放卷机构22连接卷布滚筒28(见图7)，卷布滚筒28卷绕防辐射遮阳布29，双联上滑块上部外侧左右对称的第一凹槽滑道14连接基座顶部左右对称的第一轴承滚道3，双联上滑块下部左右外侧燕尾形轨道15连接左右对称两条直齿条45(见图7)，双联上滑块11底部凹形通道16后段上面连接微动开关接触块17(位置布置详见图3)，双联上滑块11上的微动开关接触块17与基座顶部后段中间凹形通道6上的起点微动开关78相接。
3)组装收放卷装置20：收放卷装置共有四套，每套由左收放卷机构21、右收放卷机构22、卷布滚筒28和防辐射遮阳布29组成；如图12所示，左收放卷机构21由调节挡板23、弹簧套筒24、接套盖板25和正卷发条弹簧26组成，调节挡板23连接弹簧套筒24，正卷发条弹簧26内端连接调节挡板23的开口芯轴，外端连接弹簧套筒24的十字开口，接套盖板25中心圆孔连接调节挡板23、后段连接弹簧套筒24、前段连接卷布滚筒28一个端口；右收放卷机构由调节挡板23、弹簧套筒24、接套盖板25和反卷发条弹簧27组成，调节挡板23连接弹簧套筒24，反卷发条弹簧27内端连接调节挡板23的开口芯轴，外端连接弹簧套筒24的十字开口，接套盖板25中心圆孔连接调节挡板23、后段连接弹簧套筒24、前段连接卷布滚筒28另一个端口，用双面胶将防辐射遮阳布29的一端贴在卷布滚筒28上,再把防辐射遮阳布29卷绕在卷布滚筒28上。
4)组装左对称下滑块30和右对称下滑块31：如图8所示，左对称下滑块30和右对称下滑块31为异型挤出型材，左对称下滑块顶部和底部有第二凹槽滑道32，左对称下滑块右外侧燕尾形轨道34连接一根直齿条45，左对称下滑块左外侧圆弧通道36前后两端连接两个下滚筒架38，两个下滚筒架38分别连接左收放卷机构21和右收放卷机构22，左收放卷机构21和右收放卷机构22之间连接一根卷布滚筒28，防辐射遮阳布29卷绕在卷布滚筒28上，左对称下滑块底部左边凹形轨道39后端连接下滑动支座41。右对称下滑块31顶部和底部有第三凹槽滑道33，右对称下滑块左外侧燕尾形轨道35连接一根直齿条45,右对称下滑块右外侧圆弧通道37前后两端连接两个下滚筒架38，两个下滚筒架38分别连接左收放卷机构21和右收放卷机构22，左收放卷机构21和右收放卷机构22之间连接一根卷布滚筒28，防辐射遮阳布29卷绕在卷布滚筒28上，右对称下滑块底部右边凹形轨道40后端连接下滑动支座41。
5)组装双联涡齿涡轮箱65：如图14所示，先将特制涡轮72和特制轴73注塑连接，再将特制直齿轮74压进特制轴上段的半圆柱，构成涡轮直齿轮71，两个涡轮直齿轮71下面圆柱分别嵌入涡轮箱下体66底部上面左右对称两个圆孔67的铜套内；结合图13和图14所示，将蜗杆式电机前段蜗杆头从涡轮箱下体66后侧中心通孔69插入涡轮箱下体66前内侧中心圆形凹槽68的铜套内，涡齿与左、右特制涡轮啮合，蜗杆中段置于涡轮箱下体66后侧中心通孔69的铜套内，蜗杆式电机与涡轮箱下体66后外侧凸台四个圆孔70连接，将两个轴承安装在涡轮箱盖75上、涡轮箱下体66上的两个涡轮直齿轮71的直齿轮77嵌入涡轮箱盖75上两个轴承内穿过两个圆孔成为双输出端；如图4和图5所示，双联涡齿涡轮箱65进入基座底部中段矩形开口8空间上面的中心位置，双输出端两个直齿轮77嵌入基座2空间上面中心位置的两个圆孔内，分别与双联上滑块两根直齿条45和左右对称下滑块两根直齿条45啮合。
6)组装左右对称可平行旋转倾斜框架式折叠撑杆46：如图10所示，左右对称可平行旋转倾斜框架式折叠撑杆46共有四套，每套由两个后固定合页43、两个后活动合页44、上下两根后撑杆47、左可平行旋转倾斜装置48、中间滑杆57、右可平行旋转倾斜装置53、上下两根前撑杆58、两个前活动合页64、两个前固定合页63和四个轴承组成。后撑杆47中段上下有通孔，后撑杆47左右两侧是平面，后端平面有六个螺孔，后端平面六个螺孔连接后活动合页44，后活动合页44连接后固定合页43，前端平面有两个圆孔，两根后撑杆47上下放置用不锈钢空心铆钉连接。
如图11所示，左可平行旋转倾斜装置48由左铰链关节49、左球头短关节50、左球头长关节51和不锈钢圆柱球头52组成。左球头短关节50在上左球头长关节51在下形成滑道和球形空间，其后部分为上下平面，前部分往下旋转倾斜，不锈钢圆柱球头52的后端嵌入左铰链关节49后段内侧的中心凹形通孔，中段圆柱和前段球头分别进入上述的滑道和球形空间里，构成左可平行旋转倾斜装置48。
相应的，如图11所示，右可平行旋转倾斜装置53由右铰链关节54、右球头短关节55、右球头长关节56和不锈钢圆柱球头52组成；不锈钢圆柱球头52后端嵌入右铰链关节53后段内侧中心凹形通孔，右球头短关节55在下右球头长关节56在上形成滑道和球形空间，其后部分为上下平面，前部分往下旋转倾斜，中段圆柱和前段球头分别进入上述的滑道和球形空间里，构成右可平行旋转倾斜装置53。
如图10所示，前撑杆58中段上下有通孔，前撑杆58左右两侧是平面，后端平面有两个圆孔，前端平面有四个螺孔，前端平面四个螺孔连接前活动合页64，前活动合页64连接前固定合页63，上下两根前撑杆下面前撑杆的前固定合页63连接四个轴承，前固定合页上的四个轴承形 成上下两条第四轴承滚道，两根前撑杆58上下放置用不锈钢空心铆钉连接。如图10所示，左可平行旋转倾斜装置48既连接上下两根后撑杆47下面一根前端口，又连接上下两根前撑杆58下面一根后端口，右可平行旋转倾斜装置53既连接上下两根后撑杆47上面一根前端口，又连接上下两根前撑杆58上面一根后端口，左可平行旋转倾斜装置48上的左铰链关节49顶部圆形凸台中心螺孔和右可平行旋转倾斜装置53上的右铰链关节54顶部圆形凸台中心螺孔之间连接中间滑杆57，由此构成左右对称可平行旋转倾斜框架式折叠撑杆46。
7)组装左右对称前横杆59：左右对称前横杆59有四套，每套由前横杆60和前固定支座62组成(见图16)。前横杆60为异型挤出型材，前横杆内侧上下凹形滑道61后端嵌入前固定支座62外侧上下凸台，前固定支座62内侧平面有四个螺孔，左右对称前横杆59内侧上下凹形滑道61后端上的前固定支座62四个螺孔与左右对称可平行旋转倾斜框架式折叠撑杆的上下两根前撑杆的上面前撑杆的前固定合页连接(见图6)，左右对称前横杆59内侧上下凹形滑道61前端嵌入左右对称可平行旋转倾斜框架式折叠撑杆46上下两根前撑杆下面前撑杆的前固定合页上下两条轴承滚道内(见图6)，左右对称前横杆59外侧用双面胶和/或拉铆钉连接防辐射遮阳布29(见图1所示，此处优选两种方式相结合)。
8)组装车凉棚底座83和凉棚底脚86(见图17)，车凉棚底座83由凉棚底座84、防盗锁85和四个刺面尼龙魔贴组成，凉棚底座84为异型挤出型材，凉棚底座84上部有两条朝内凹轨道左右对称纵向排列，凉棚底座84下部是两个左右对称的独立四围通道呈纵向排列，两个独立四围通道底部之间是凹形平面通道，凉棚底座84底部凹形平面通道中间有一条平面凸台，凉棚底座84底部平面凸台后端有四个螺孔和中心圆孔连接防盗锁85，凉棚底座84两个左右对称的独立四围通道外侧前段左右连接两个刺面尼龙魔贴、后段左右也连接两个刺面尼龙魔贴，由此构成车凉棚底座83(见图17)；
车凉棚底座83下部两个独立四围通道前、后、左、右四个端口连接四个凉棚底脚86，凉棚底脚86由金属固定件、固定架、固定销子、锁紧块、锁紧五金件、锁紧注塑件、上锁片、下锁片、不锈钢张紧条、内侧软胶金属卡紧钩板87、皮套88、固定锁、注塑件护罩89、底脚座90、底脚座软垫91组成，四个金属固定件用拉铆钉与车凉棚底座83下部两个独立四围通道前后左右四个端口连接，金属固定件分别与固定架、固定销子、锁紧块和锁紧五金件连接，锁紧五金件分别与锁紧注塑件和固定锁连接，固定销子连接上锁片和下锁片，然后套上注塑件护罩89(见图17)，不锈钢张紧条后端与内侧软胶金属卡紧钩板87连接，皮套88套在它们的连接处，底脚座90上连接金属固定件下连接底脚座软垫91，四个底脚座软垫91前后左右平贴在轿车的四处边 的平面上，不锈钢张紧条前端插入凉棚底脚86上的上锁片和下锁片之间的缝隙处，由锁紧五金件和锁紧注塑件组成的拉紧件把不锈钢张紧条拉进去，后端的内侧软胶金属卡紧钩板87钩紧轿车的四处边角，并卡紧锁上固定锁，使车凉棚底座83和凉棚底脚86与轿车既无伤害又稳固地连接(见图2)。
然后，将上述各部分逐一组装：基座顶部两条左右对称的第一轴承滚道3嵌入双联上滑块11上部外侧左右对称的第一凹槽滑道14，双联上滑块11中部和下部都在基座顶部中间凹形通道6内，基座顶部中间凹形通道6后段的起点微动开关与双联上滑块11后段上的微动开关接触块17相接，基座上部外侧左右对称的第二轴承滚道4和基座中部左右对称的第三轴承滚道5分别左边嵌入左对称下滑块30顶部和底部的第二凹槽滑道32，右边嵌入右对称下滑块31顶部和底部的第三凹槽滑道33，由此基座2、双联上滑块11、左对称下滑块30和右对称下滑块31有机地结合在一起(见图9)；
双联上滑块11顶部前端平面和后端平面上的上伸出端滚筒架18和上滚筒架支座19分别连接两套左收放卷机构21和右收放卷机构22，两套左收放卷机构21和右收放卷机构22之间连接两根卷布滚筒28，上滚筒架支座19左右两侧平面上的六个螺孔分别连接左右两套左右对称可平行旋转倾斜框架式折叠撑杆46上下两根后撑杆47的上面后撑杆47后端的后固定合页43，用不锈钢盘头螺钉固定；
基座2顶部前端左右两个上固定支座9上的六个螺孔分别连接左右两套左右对称可平行旋转倾斜框架式折叠撑杆46上下两根后撑杆47的下面后撑杆47后端的后固定合页43，用不锈钢盘头螺钉固定；与双联上滑块相对应的左右两套左右对称前横杆59内侧后端的左右两个前固定支座62分别连接左右两套左右对称可平行旋转倾斜框架式折叠撑杆46上下两根前撑杆58的上面前撑杆58前端前固定合页63，用不锈钢盘头螺钉固定；左右两套左右对称前横杆59内侧前端嵌入左右两套左右对称可平行旋转倾斜框架式折叠撑杆46上下两根前撑杆58的下面前撑杆58前端有四个轴承组成上下滚道的前固定合页63；
两幅防辐射遮阳布29一端分别用双面胶连接双联上滑块11上的左右两个卷布滚筒28并卷绕在卷布滚筒28上，另一端用双面胶和拉铆钉连接在左右两套左右对称前横杆59的外侧平面上，由此就构成轿车凉棚上层的两个块面(见图1)；左对称下滑块30和右对称下滑块31左右两个下滑动支座41分别连接左右两套左右对称可平行旋转倾斜框架式折叠撑杆46上下两根后撑杆47的上面后撑杆47后端后固定合页43，用不锈钢盘头螺钉固定；
基座2下部后端左右两个下固定支座10分别连接左右两套左右对称可平行旋转倾斜框架 式折叠撑杆46上下两根后撑杆47的下面后撑杆47后端的后固定合页43，用不锈钢盘头螺钉固定；与左对称下滑块30和右对称下滑块31相对应的左右两套左右对称前横杆59内侧后端的左右两个前固定支座62分别连接左右两套左右对称可平行旋转倾斜框架式折叠撑杆46上下两根前撑杆58的上面前撑杆58前端的前固定合页63，用不锈钢盘头螺钉固定；左右两套左右对称前横杆59内侧上下凹形滑道前端嵌入左右两套左右对称可平行旋转倾斜框架式折叠撑杆46上下两根前撑杆58的下面前撑杆58前端有四个轴承组成上下滚道的前固定合页63；
两幅防辐射遮阳布一端分别用双面胶连接左对称下滑块30和右对称下滑块31上的左右两个卷布滚筒28并卷绕在卷布滚筒28上，另一端用双面胶和拉铆钉连接在左右两套左右对称前横杆59的外侧平面上，由此就构成轿车凉棚下层的两个块面(见图1)；双联上滑块11上的上伸出端滚筒架18顶部平面和上滚筒架支座19顶部平面连接凉棚包皮和凉棚盖板42，用不锈钢沉头螺钉固定；
基座2后端左右顶部连接太阳能底座拉手封盖77中部从后往前凸出左右对称两个矩形直角悬臂，用不锈钢沉头螺钉固定，同时基座2下部后端空间插入太阳能底座拉手封盖77下部五围凸台，用不锈钢盘头螺钉固定；
太阳能底座拉手封盖77顶部平面连接太阳能板76用不锈钢螺钉和防脱螺母固定，太阳能板76上的导线插头经过太阳能底座拉手封盖77下部五围凸台顶部从后往前半圆凹槽进入基座后端下部空间内插入太阳能充电插座，太阳能充电插座与充电电池连接，充电电池连接凉棚总开关81、电量显示器80、充放电插座82和遥控接收器，遥控接收器连接起点微动开关78、止点微动开关79和蜗杆式电机；
基座2下部前段空间放置充电电池和遥控接收器，基座2下部前端口连接电器面板，电器面板上装有电量显示器80、凉棚总开关81和充放电插座82；双联涡齿涡轮箱65进入基座底部中段矩形开口8空间上面的中心位置用不锈钢螺钉和防脱螺母固定在基座2上，双输出端两个直齿轮77嵌入基座2空间上面中心位置的两个圆孔内，其中一个直齿轮77与双联上滑块上的一根直齿条45和左右对称下滑块上的一根直齿条45啮合，另一个直齿轮77与双联上滑块另一根直齿条45和左右对称下滑块另一根直齿条45啮合(见图4)；
如图2所示，基座底部左右两边凸出轨道7嵌入车凉棚底座83顶部左右两条凹轨道，车凉棚底座83后端底部的防盗锁85往上锁紧基座2；车凉棚底座83下部两条独立四围通道前、后、左、右四个端口连接四套凉棚底脚86上的四个金属固定件，四套凉棚底脚86下面的四个底脚座90和底脚座软垫91平贴在轿车的四处边的平面上，四套凉棚底脚86上的内侧软胶金属卡紧钩板 87钩紧轿车的四处边角，锁上固定锁，由此全自动轿车凉棚1与轿车既无伤害又稳固地连接。
停车时，当使用者手持遥控控制器86按打开键，蜗杆式电机正转，双联上滑块11与左对称下滑块和右对称下滑块呈相反方向滑动，当双联上滑块11底部后段上的微动开关接触块17往前滑动碰到基座2顶部凹形通道6前段上的止点微动开关79时，蜗杆式电机停止转动，全自动轿车凉棚1完全打开，同时轿车内特制车载电扇的导线插头往上插入电器面板上的充放电插座82，按一下开关电扇转动使轿车内通风清凉；准备开车时，当使用者手持遥控控制器按收拢键，蜗杆式电机反转，双联上滑块11上的微动开关接触块17往后滑动碰到基座2后段起点微动开关78时，蜗杆式电机停止转动，全自动轿车凉棚1完全收拢像个包箱；全自动轿车凉棚1安装在轿车上稳固、防盗，轿车可以自由行驶(见图2)。
至此，本发明全部组装完成，全自动轿车凉棚1在收拢状态时置于轿车顶部，用遥控控制器操作，本发明的展开就可以自动完成，反之自动完成收拢(见图2)，打开防盗锁85用手拉住太阳能底座拉手封盖77五围凸台后侧端口的横向拉手杆，往外一拉几秒钟就可以把轿车凉棚拿下收藏。

Claims (10)

  1. 一种全自动轿车凉棚，其特征在于：包括基座、电器控制装置、凉棚包皮、车凉棚底座、凉棚底脚和联动装置，联动装置设于基座下面空间的正中，联动装置包括双联涡齿涡轮箱、直齿条、双联上滑块以及左右对称下滑块机构、左右对称可平行旋转倾斜框架式折叠撑杆、左右对称前横杆和若干套收放卷装置；
    所述基座上设置有两个左右对称的上固定支座、两个左右对称的下固定支座、若干轴承、电器控制装置、双联上滑块以及左右对称下滑块机构，基座顶部两边对称设有两条第一轴承滚道，所述双联上滑块上部外侧左右对称设有两条第一凹槽滑道，所述的两条第一轴承滚道对应嵌入两条第一凹槽滑道；
    所述左右对称下滑块机构主要由左对称下滑块、右对称下滑块、左右各一个下滑动支座、左右各两个下滚筒架、左右各一根直齿条和左右各一套收放卷装置组成；
    所述双联上滑块上设置上滚筒架支座、上伸出端滚筒架、凉棚包皮、微动开关接触块、直齿条和两套收放卷装置；
    所述收放卷装置由左收放卷机构、右收放卷机构、卷布滚筒和防辐射遮阳布组成；
    双联上滑块和与之相对应的左右对称前横杆之间连接有左右对称可平行旋转倾斜框架式折叠撑杆，形成上层两个前后对称的块面，左右对称下滑块机构和与之相对应的左右对称前横杆之间也连接有左右对称可平行旋转倾斜框架式折叠撑杆，形成下层两个前后对称的块面，所述防辐射遮阳布的一端卷绕在卷布滚筒上，另一端与左右对称前横杆连接；
    车凉棚底座下面的前后左右均设置用于与轿车连接的凉棚底脚，所述车凉棚底座上部有两条朝内凹轨道，所述基座底部两边设有凸出轨道，凸出轨道嵌入凹轨道内；
    双联涡齿涡轮箱设于基座内，双联涡齿涡轮箱的双输出端端部具有两个对称直齿轮，其中的一个直齿轮与双联上滑块上的一条对应直齿条和左右对称下滑块机构上的一条对应直齿条啮合，另一个直齿轮与双联上滑块上的另一条对应直齿条和左右对称下滑块机构上的另一条对应直齿条啮合，形成对称两组 双直齿条与直齿轮啮合的搓动传动，双联上滑块与左右对称下滑块机构同步从基座中呈相反方向伸出，形成上下两层分别向前、后、左、右四面同时伸出和展开的四个凉棚块面，组成轿车凉棚。
  2. 按权利要求1所述的一种全自动轿车凉棚，其特征在于：所述基座由挤出型材构成，基座顶部设有二条第一轴承滚道并呈左右对称分布，基座顶部中间是凹形通道，基座上部外侧左右对称分布有二条第二轴承滚道，基座中部外侧左右对称分布有二条第三轴承滚道，所述的三种轴承滚道是先用开槽球面轴位螺钉、滚动轴承、垫圈与基座连接形成一个滚道单元，按均布和纵向排列的方式与基座连接，形成的六条纵向的轴承滚道；左对称下滑块顶部和底部设有第二凹槽滑道，右对称下滑块顶部和底部设有第三凹槽滑道，
    双联上滑块中部和下部都在基座顶部中间凹形通道内；第二轴承滚道和第三轴承滚道的左外侧分别嵌入两条第二凹槽滑道，第二轴承滚道和第三轴承滚道的右外侧分别嵌入两条第三凹槽滑道；
    所述电器控制装置主要由太阳能板、太阳能底座拉手封盖、充电电池、太阳能充电插座、遥控接收器、遥控控制器、起点微动开关、止点微动开关、电器面板和特制车载电扇组成；电器面板上设有电量显示器、凉棚总开关和充放电插座；所述特制车载电扇由电扇、电扇底座、底座软垫、金属软管、吸盘、开关和导线插头组成；
    基座前左顶部和前右顶部分别连接左、右两个对称的上固定支座，基座后下部左外侧、右外侧分别连接左、右两个对称的下固定支座，基座顶部中间的凹形通道上前段连接止点微动开关、后段连接起点微动开关，基座下部内侧是空间，充电电池和遥控接收器放置在基座前下部空间内，基座中间凹形通道左右两内侧有两条相对应的内侧梯形通道，左右两外侧也有两条相对应的外侧梯形通道，四条梯形通道呈对称分布，基座前下部空间端口连接电器面板，基座后顶部端口连接太阳能底座拉手封盖，基座底部后段中间有四个圆孔呈纵向等距排列，底部中段有一个矩形开口，直通基座下部空间，基座下部空间上面正中位置往上有左右对称的两个圆孔，双联涡齿涡轮箱由该矩形开口进入基座中段空间内连接在基座 空间上正中附近，双联涡齿涡轮箱上双输出端端部左右对称的两个直齿轮可转动的嵌入基座空间上面左右对称的两个圆孔内。
  3. 按权利要求1所述的一种全自动轿车凉棚，其特征在于：所述双联上滑块顶部是矩形平面，顶部左右两边是直角凹形通道，顶部下面内侧两边有左右对称的两条直角矩形的凸出平面，双联上滑块上部左右外侧有两条相对称的第一凹槽滑道，双联上滑块下部左右外侧有相对称的两条燕尾形轨道分别嵌入两根直齿条，双联上滑块底部有一条凹形通道，凹形通道后段上面连接微动开关接触块，双联上滑块后段上的微动开关接触块与基座后段上的起点微动开关相接，第一凹槽滑道嵌入第一轴承滚道内侧，双联上滑块下部左右外侧燕尾形轨道上的两根直齿条与内侧梯形通道滑移配合，与基座正中位置两个左右对称的圆孔内侧相交，双联上滑块顶部前端连接上伸出端滚筒架，所述上伸出端滚筒架顶部是平面，平面上有两个左右对称的圆孔和六个第一螺孔，上伸出端滚筒架上部是双联的两个圆圈，下部是两个与双联圆圈的圆弧底部相连的直角凸块平面，双联圆圈的左右两个圆圈的圆弧底部中心处同心设有两个沉头圆孔，下与底部直角凸块平面相通，双联上滑块顶部后端连接上滚筒架支座，所述上滚筒架支座顶部与上伸出端滚筒架顶部结构设置相同，上滚筒架支座上部左右外侧是各有六个第二螺孔的平面，上滚筒架支座下部和底部与上伸出端滚筒架下部和底部结构设置相同，所述凉棚包皮由包皮布、凉棚盖板、两条弹性片材、两根毛条、四个毛面尼龙魔贴和一个刺面尼龙魔贴组成，双联上滑块顶部前端上的上伸出端滚筒架和顶部后端上的上滚筒架支座之间分别装配两套收放卷装置，每套的左收放卷机构和右收放卷机构之间连接卷布滚筒，防辐射遮阳布卷绕在卷布滚筒上，双联上滑块上的上伸出端滚筒架顶部平面以及上滚筒架支座顶部平面上连接凉棚包皮上的凉棚盖板。
  4. 按权利要求2所述的一种全自动轿车凉棚，其特征在于：所述左对称下滑块和右对称下滑块均由挤出型材构成，左对称下滑块左外侧有一条圆弧通道，圆弧通道上有一条凸轨道，左外侧圆弧通道前后两端分别连接两个下滚筒架，两个下滚筒架之间分别装配左收放卷机构、右收放卷机构，左收放卷机构和右收放卷机构之间连接卷布滚筒，防辐射遮阳布卷绕在卷布滚筒上，左对称下滑块右外侧设有一条 燕尾形轨道，其内嵌入一根直齿条，左对称下滑块底部左边有一条凹形轨道，所述下滑动支座顶部设有凸形轨道，所述下滑动支座嵌入凹形轨道后端口，所述右对称下滑块的上的结构设置与左对称下滑块上的结构设置对称相同；左对称下滑块上的直齿条与基座的左外侧梯形通道滑移配合，并与基座正中位置左圆孔外侧相交，右对称下滑块上的直齿条与基座的右外侧梯形通道滑移配合，与基座正中位置右圆孔外侧相交。
  5. 按权利要求1所述的一种全自动轿车凉棚，其特征在于：所述基座左右两侧各安装两套左右对称可平行旋转倾斜框架式折叠撑杆，所述左右对称可平行旋转倾斜框架式折叠撑杆包括两个后固定合页、两个后活动合页、上下两根后撑杆、左可平行旋转倾斜装置、右可平行旋转倾斜装置、一根中间滑杆、上下两根前撑杆、两个前活动合页、两个前固定合页和若干轴承，
    所述后撑杆顶部和底部都是圆弧形，后撑杆中段上下设有通孔，两根后撑杆上下交叉放置，并通过空心铆钉连接两者的通孔，后撑杆左右两侧是平面，两侧平面的后端各有相对称的六个第三螺孔，六个第三螺孔分别连接上下两个后活动合页，上下两个后活动合页连接上下两个后固定合页，后撑杆前端左右两侧平面各有两个圆孔相对称；
    处于同一侧的左右对称可平行旋转倾斜框架式折叠撑杆呈上下分布，处于上方的一套的两个后撑杆一端通过后固定合页分别与双联上滑块上的六个第二螺孔和上固定支座连接，另一端分别连接左可平行旋转倾斜装置和右可平行旋转倾斜装置；
    处于下方一套的两个后撑杆一端通过后固定合页分别与下滑动支座和下固定支座连接，另一端分别连接左可平行旋转倾斜装置和右可平行旋转倾斜装置；
    所述左可平行旋转倾斜装置由左铰链关节、左球头短关节、左球头长关节和不锈钢圆柱球头组成，所述左铰链关节后段顶部有一个圆形凸台，凸台中心是螺孔，左铰链关节后段内侧是圆弧形凹槽，内侧圆弧形凹槽中心处有一个上下圆弧两侧平面的凹形通孔连接圆孔直通外侧，不锈钢圆柱球头后段端口嵌 入左铰链关节内侧中心的凹形通孔内，所述不锈钢圆柱球头后段上下圆弧两侧平面与左铰链关节内侧通孔形状相似，不锈钢圆柱球头后端口中心是螺孔，中段是圆柱体、前段是球体；
    左铰链关节前段下部是矩形凸台，凸台上下是圆弧，两侧是平面，平面上有两个对称的圆孔，所述左球头短关节顶部是两个圆孔直通底部平面，底部平面旁边是半球形往上凹面，半球形往上凹面周边有后部分平面前部分往下倾斜的轨道，所述左球头长关节后段顶部平面有两个圆孔直通底部，后段顶部平面旁边是半球形往下凹面，半球形往下凹面周边有后部分平面前部分往下倾斜的轨道；
    左球头长关节前段下部是矩形凸台，凸台上下是圆弧，凸台两侧是平面，平面上有两个对称的圆孔；
    左球头短关节在上，左球头长关节在下连接形成一个球形空间，周边形成一条环绕球形空间的滑道，该滑道后部分为上下平面，前部分往下旋转倾斜，不锈钢圆柱球头的前段球体和中段圆柱体置于球形空间和滑道之中；不锈钢圆柱球头后端口与左铰链关节用不锈钢螺钉连接，中段圆柱体和前段球体与左球头短关节和左球头长关节连接；
    所述右可平行旋转倾斜装置和左可平行旋转倾斜装置的构件组成相同，右球头短关节在下，右球头长关节在上连接形成一个球形空间，周边形成一条环绕球形空间的滑道，该滑道后部分为上下平面，前部分往下旋转倾斜，不锈钢圆柱球头的前段球体和中段圆柱体置于球形空间和滑道之中；不锈钢圆柱球头后端口与右铰链关节用不锈钢螺钉连接，中段圆柱体和前段球体与右球头短关节和右球头长关节连接，右可平行旋转倾斜装置和左可平行旋转倾斜装置的顶部圆形凸台均连接至中间滑杆；
    所述前撑杆顶部、底部都是圆弧形，顶部和底部之间设有上下同心圆孔，两根前撑杆上下交叉放置，并通过空心铆钉连接两者的同心圆孔，两根前撑杆的后端分别连接左可平行旋转倾斜装置和右可平行旋转倾斜装置，前撑杆左右两侧是平面，前撑杆后端左右两侧平面各有两个圆孔相对称，前端左右两侧平面各有四个螺孔相对称，上下两根前撑杆前端四个螺孔分别连接上下两个前活动合页，上下两个前活动合页连接上下两个前固定合页，下面的前固定合页连接四个轴承，四个轴承形成上下两条第四轴承滚道， 所述第四轴承滚道与左右对称前横杆滑移连接。
  6. 按权利要求5所述的一种全自动轿车凉棚，其特征在于：所述左右对称前横杆对应左右对称可平行旋转倾斜框架式折叠撑杆设有四套，每套左右对称前横杆由前横杆和前固定支座组成，所述前横杆由挤出型材构成，前横杆外侧是平面，内侧有上下相对称的两条凹形滑道，前横杆后端内侧上下相对称的两条凹形滑道嵌入前固定支座外侧两条上下凸形轨道，所述前固定支座外侧是上下相对称的两条凸形轨道，内侧是平面，平面上有四个螺孔连接前撑杆前端的前固定合页，两条凹形滑道对应嵌入两条第四轴承滚道内，前横杆外侧平面用双面胶和拉铆钉连接防辐射遮阳布。
  7. 按权利要求1至6中任意一项所述的一种全自动轿车凉棚，其特征在于：所述左收放卷机构由调节挡板、弹簧套筒、接套盖板和正卷发条弹簧组成，所述调节挡板后段是圆柱体，中段是略小圆柱体，略小圆柱体正中处有一圈凹槽，前段是圆轴连接开口芯轴，所述弹簧套筒后段是小卷筒，前段是大卷筒，大卷筒中间有一圈凹槽，一圈凹槽的圆周上有相对称的两个十字开口和相对应的四个矩形小开口，弹簧套筒前端口内侧有相对应的四个半圆形凹槽，所述接套盖板后段是圆形的，后段端口圆形中心有个圆孔，后段圆形周边有相对应的四个半圆形凸台和与四个半圆形凸台相错位的四个矩形小凸台，接套盖板前段是方形体，前段方形体端口中心是圆孔与后段端口圆孔相通，调节挡板连接弹簧套筒，正卷发条弹簧内端连接调节挡板前段开口芯轴，外端连接弹簧套筒的十字开口，接套盖板既连接调节挡板又连接弹簧套筒，所述右收放卷机构与左收放卷机构结构设置相同，左收放卷机构上的接套盖板前段方形体和右收放卷机构上的接套盖板前段方形体之间连接卷布滚筒，卷布滚筒卷绕防辐射遮阳布，所述右收放卷装置上为与正卷发条弹簧方向相反的反卷发条弹簧。
  8. 按权利要求1所述的一种全自动轿车凉棚，其特征在于：所述车凉棚底座由凉棚底座、用于锁紧基座的防盗锁和四个刺面尼龙魔贴组成，所述凉棚底座由挤出型材构成，凉棚底座上部有两条朝内凹轨道，呈左右对称相向而立纵向排列，两条纵向凹轨道之间是纵向通道，凉棚底座中部左右两侧是平面，凉棚底座下部是两个左右对称的独立四围通道呈纵向排列，四围通道上面是平面，左、右两侧是圆弧连 接平面，四围通道底部有两条左右对称的纵向凹形轨道，四围通道中间是空间通道，两个独立四围通道底部之间是纵向凹形通道，凹形通道上面正中位置有一条纵向平面凸台，平面凸台后端有四个螺孔，四个螺孔中心有一个圆孔直通凉棚底座顶部，凉棚底座前段左右两侧连接左右两个刺面尼龙魔贴，后段左右两侧也连接左右两个刺面尼龙魔贴，凉棚底座凹形通道上面正中平面凸台后端四个螺孔和中心圆孔连接防盗锁，基座底部两边设有凸出轨道，凸出轨道嵌入凹轨道内；
    车凉棚底座前左、右两个四围通道端口分别连接两套凉棚底脚，后左、右两个四围通道端口也分别连接两套凉棚底脚，四套凉棚底脚上连接有不锈钢张紧条和底脚座，所述底脚座设有软垫，底脚座软垫贴在轿车前、后、左、右四处边的平面上，每个不锈钢张紧条均连接有用于勾住轿车四处边缘角的内侧软胶金属卡紧钩板，所述卡紧钩板上套有用于贴在轿车四处边缘上的皮套。
  9. 按权利要求1所述的一种全自动轿车凉棚，其特征在于：所述双联涡齿涡轮箱由涡轮箱下体、涡轮箱盖、两个轴承、四个铜套、两个涡轮直齿轮和蜗杆式电机组成，所述涡轮箱下体由其四围面和与四围面相连的下体底部组成，四围面底部内有两个相连且中间相通的圆弧凹面，并呈左右对称分布，两个圆弧凹面上各有一个圆形凸台，圆形凸台设有中心圆孔，两个中心圆孔分别嵌入两个铜套，铜套和圆孔紧配合，四围面顶部四个边角上有四个圆孔直通底部，四围面前内侧中心有一个圆凹槽，圆凹槽嵌入一个铜套，圆凹槽与铜套紧配合，四围面后内侧中心有一个圆孔嵌入一个铜套，圆孔与铜套紧配合，前、后铜套同心，
    涡轮箱下体后外侧端口四边角有四个圆孔，后外侧端口四个圆孔中心位置有一个圆孔与内侧中心圆孔同心又相通，涡杆式电机的涡杆头从涡轮箱下体后外侧中心圆孔进入前内侧铜套内，涡杆中段在后内侧铜套内，涡杆上的涡齿在两个既相连中间又相通的圆弧凹面正中处，涡杆式电机与涡轮箱下体后外侧端口四个圆孔用不锈钢螺钉连接；
    所述涡轮箱盖底部有两个既相连中间又相通的圆弧凹面呈左右对称分布，两个圆弧凹面上各有一个圆弧凸台，两个圆弧凸台中间是两个圆形凹面，两个圆形凹面嵌入两个轴承，两个圆形凹面中心是两个 对称的圆孔直通顶部。涡轮箱盖顶部四个边角上有四个圆孔与涡轮箱下体边角上四个圆孔同心又相通，所述涡轮直齿轮由特制轴、特制涡轮和特制直齿轮组成，所述特制轴为一根长圆柱体，特制轴下段是圆柱，中段圆柱带两圈齿痕，上段是半圆柱，所述特制涡轮上段是大小圆柱结合体下段是涡轮，涡轮底部为小圆凸台，顶部中心到底部中心为圆通孔；
    两个特制直齿轮成为双输出端，所述特制直齿轮下段是圆柱、上段是直齿轮、直齿轮顶部中间是半圆孔直通底部，特制直齿轮嵌入特制涡轮上面特制轴上段半圆柱，半圆柱与特制直齿轮紧配合，两个特制轴分别嵌入涡轮箱下体两个中心圆孔中的铜套内，两个左右对称的涡轮与涡轮箱下体中间蜗杆的涡齿左右啮合，两个特制直齿轮嵌入涡轮箱盖上的两个轴承内，并穿过两个圆孔凸出于涡轮箱盖顶部外，涡轮箱下体内前后两个铜套连接蜗杆式电机上的蜗杆，下面的两个铜套连接两个涡轮直齿轮，两个涡轮直齿轮连接涡轮箱盖，涡轮箱下体和涡轮箱盖用不锈钢螺钉连接，涡轮箱下体后端口用不锈钢螺钉连接蜗杆式电机。
  10. 按权利要求1所述的一种全自动轿车凉棚，其特征在于：所述电器控制装置由太阳能板、太阳能底座拉手封盖、充电电池、太阳能充电插座、遥控接收器、遥控控制器、起点微动开关、止点微动开关、电器面板和特制车载电扇组成，所述电器面板上装有电量显示器、凉棚总开关和充放电插座，所述太阳能底座拉手封盖顶部平面四角有四个圆孔，中间有一个圆孔连方孔，方孔往下即是太阳能底座拉手封盖上部前侧导线凹槽，中部从后往前凸出左右对称两个矩形直角悬臂，下部从后往前凸出五围凸台，五围凸台顶部平面有一条从后往前半圆凹槽，半圆凹槽后端与从上往下的导线凹槽相接，五围凸台后侧端口有一条横向拉手杆，横向拉手杆上下周边是空间，下部五围凸台上下左右四围形状与基座下部空间形状相似，太阳能底座拉手封盖顶部连接太阳能板，中部左右对称两个悬臂连接基座顶部左右后端，下部从后往前凸出的五围凸台嵌入基座下部空间后端口，太阳能板上的导线插头从太阳能底座拉手封盖顶部圆孔连方孔和导线凹槽往下一直进入基座下部空间内与太阳能充电插座连接，太阳能充电插座另一端与充电电池连接；
    充电电池先连接凉棚总开关，再连接电量显示器、充放电插座和遥控接收器，遥控接收器连接起点微动开关、止点微动开关和蜗杆式电机。
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CN203528274U (zh) * 2013-10-18 2014-04-09 淮南异想汽车用品科技有限公司 随车隐形自动防晒棚
WO2017084055A1 (zh) * 2015-11-19 2017-05-26 深圳市南博万设备开发有限公司 两用行李箱式汽车遮阳罩
CN107215191A (zh) * 2017-06-01 2017-09-29 蒋建清 全自动轿车凉棚

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CN110525185B (zh) * 2019-09-27 2024-03-19 闵瑞和 智能车衣
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