Vehicle-mounted semi-automatic vehicle cover under snow frost weather
Technical Field
The invention relates to the field of automobile protective articles, in particular to a vehicle-mounted semi-automatic vehicle cover under a snow frost weather.
Background
China is a country where the quantity of automobiles is large, and parking is very important. Because of limited garage resources, the outdoor parking problem is more remarkable for northern vehicle owners in autumn and winter, on one hand, vehicles parked outdoors in late autumn can not be frosted, and can be started to leave only by removing the frost at a key position, and on the other hand, vehicles parked outdoors in winter can be driven to leave after snow is accumulated after snow is removed, and snow is removed. Therefore, most car owners adopt purely manual car jackets to protect own lovers.
Although many purely manual, semi-automatic and fully automatic vehicle covers exist on the market, the universality of the vehicle cover in the north is poor. And the unfolding and the recovery of the automobile cover are difficult to be completed by one person alone, and meanwhile, the automobile cover for winter automobile protection does not appear on the market. Therefore, a more convenient and quick semi-automatic vehicle cover is needed to solve the problems of low recovery speed after snow, difficult completion by one person and more complicated process.
Disclosure of Invention
The invention aims to solve the problems of poor universality, low recovery speed after snow, difficult completion by one person alone and complicated operation of various vehicle covers in the prior art, and provides a vehicle-mounted semi-automatic vehicle cover under a snowfrost weather.
In order to achieve the above purpose, the present invention adopts the following technical scheme: the utility model provides a vehicle-mounted semi-automatic car clothing under snow frost weather, includes back manual snow removing device, back car clothing expansion and recovery mechanism, articulated bolt, two-way rope collector, the reciprocal snow removing mechanism of roof, general base, manual pulling-up mechanism, car guiding device, front car clothing expansion and recovery mechanism, battery box, its characterized in that, general base install at the car top, the reciprocal snow removing mechanism of roof install on general base, manual pulling-up mechanism install the both sides at the reciprocal snow removing mechanism lower part in roof, front car clothing expansion and recovery mechanism one end install on the reciprocal snow removing mechanism in roof through articulated bolt, the other end is placed freely in the car top layer, back car clothing expansion and recovery mechanism one end install on the reciprocal snow removing mechanism in roof through articulated bolt, the other end is placed freely in the car top layer, two-way rope collector install in the reciprocal snow removing mechanism lower part in roof, car guiding device one end install under the reciprocal snow removing mechanism in the top, the other end is placed freely in the car battery box install on reciprocal snow removing mechanism in the top.
Further, the rear car cover unfolding and recovering mechanism and the front car cover unfolding and recovering mechanism comprise a hinging rod, a middle rod, an end rod, a plastic ball joint, a sleeve and a middle supporting rod, the hinging rod, the middle rod and the end rod are freely rotated by the plastic ball joint and an elastic rope in pairs, the sleeve is axially and radially positioned, and the middle supporting rod connects and fixes the sleeves separated from each other by threads.
Further, the reciprocating snow removing mechanism of the roof comprises a snow removing plate, a connecting rod, a speed reducing motor box, a crank, a main machine bottom plate of the car cover, a triangular guide rail and guide rail wheels, wherein the triangular guide rail is arranged on the main machine bottom plate of the car cover, the guide rail wheels are arranged at the lower part of the snow removing plate and are matched with the triangular guide rail to guide and realize relative movement, a pin hole matched with the connecting rod is formed in the upper part of the snow removing plate, a pin hole matched with the crank is formed in the other end of the connecting rod, and a hole matched with an output shaft of the speed reducing motor is formed in the middle of the crank.
Further, the manual lifting mechanism comprises a rotating rod, a locking device and a pull rope, the pull rope is connected with the front car cover unfolding and recovering mechanism, and when the included angle between the rotating rod and the horizontal plane is 90 degrees, the locking device plays a role in locking.
Further, the bidirectional rope collector comprises a bearing end cover, a rope collector upper cover, a shaft sleeve, a rope collecting disc, a rope collector shaft, a bidirectional ratchet wheel, a rope collector lower cover, bidirectional pawls and a change-over switch, wherein all elements take the rope collector shaft as installation references, two rope collecting discs are respectively installed on two sides of a shaft shoulder of the rope collector shaft, the bidirectional ratchet wheel is installed below the rope collecting disc close to the rope collector lower cover, a hole for installing the change-over switch is formed in the rope collector lower cover, the hole is used for positioning the change-over switch, the bidirectional pawl is installed above the change-over switch, the shaft sleeve is installed above the rope collecting disc close to the rope collector upper cover and used for adjusting the distance, the rope collector upper cover is installed above the shaft sleeve, so that the bidirectional rope collector is installed on the rope collector upper cover, and is installed on the lower part of a main machine bottom plate of a car clothing by means of the rope collector, and the bidirectional rope collector is used for assisting a manual pulling mechanism to complete pulling rope actions.
Further, the automobile deflector comprises a hinge, an automobile deflector and a spring, one end of the hinge is connected with the lower part of the bottom plate of the automobile clothes main machine, one end of the hinge is arranged at one end of the automobile deflector, and the other end of the automobile deflector is freely placed on the automobile surface layer, so that the deflector can rotate along with the hinge by the spring.
Further, the rear manual snow removing device comprises an annular rope and a rear snow removing plate, wherein the rear snow removing plate is provided with a positioning hole of the annular rope, and the positioning hole is matched with the annular rope to finish the action.
Further, the storage battery box is beside the speed reduction motor box and provides power for the speed reduction motor.
Further, the vehicle cover is of a block type structure, and is arranged on the front vehicle cover unfolding and recovering mechanism, between the rear vehicle cover unfolding and recovering mechanism and the rear manual snow removing device and on a main machine bottom plate of the vehicle cover in the vehicle roof reciprocating snow removing mechanism.
Compared with the prior art, the vehicle-mounted semi-automatic vehicle cover under the snow frost weather has the beneficial effects that.
1. The reciprocating snow removing mechanism for car roof is composed of accumulator, speed reducing motor, manual lifting mechanism for spreading front cover and removing snow from the snow on car roof, and low-speed rotary motion to be converted into reciprocating linear motion.
2. The device matched with the manual pulling mechanism is provided with a locking device and a bidirectional rope collector with a locking function, wherein the locking device enables a rotating rod to keep a state of the rotating rod at a certain position so as not to turn over, and the locking device enables a recovered rope to be self-locked, so that the safety during pulling is ensured.
3. The arrangement of the front car cover unfolding mechanism and the rear car cover unfolding mechanism takes the factors of the occupied place after the front car cover unfolding mechanism and the rear car cover unfolding mechanism are recovered into consideration, therefore, the folding mechanism is arranged, so that the folding mechanism is convenient to unfold and occupies a smaller position after being recovered.
4. The manual pulling mechanism has the functions of conveying snow on the front cover unfolding mechanism to the roof and smoothly recycling the snow.
5. The design of the automobile flow guiding device enables the automobile flow guiding device to move along with the front automobile cover unfolding and recovering mechanism, namely, the automobile flow guiding plate is lifted and lowered along with the front automobile cover unfolding and recovering mechanism by means of an extension spring.
Drawings
Fig. 1 is a schematic elevational view of the present invention.
FIG. 2 is a schematic view of the present invention in use.
Fig. 3 is an enlarged schematic view of the structure of the present invention at a.
Fig. 4 is a schematic view of the axial side structure of the present invention when the present invention is operated after the vehicle cover is removed.
Fig. 5 is a schematic top view of the present invention when the vehicle is in operation after the vehicle cover is removed.
Fig. 6 is a schematic side view of the present invention in a side view during operation after removal of the vehicle cover.
Fig. 7 is a schematic view of the vehicle cover of the present invention in an unfolded state.
Fig. 8 is a schematic view of the present invention in a snow removing state.
Fig. 9 is a schematic view of the recovered vehicle cover according to the present invention.
Fig. 10 is an exploded view of the bidirectional rope retractor of the present invention.
In the figure, the snow remover comprises a 1-rear manual snow removing device, a 101-annular rope, a 102-rear snow removing plate, a 2-rear vehicle cover unfolding and recovering mechanism, a 201-hinging rod, a 202-middle rod, a 203-middle supporting rod, a 204-sleeve, a 205-end rod, a 206-plastic ball joint, a 3-hinging bolt, a 4-bidirectional rope collector, a 401-bearing end cover, a 402-rope collector upper cover, a 403-shaft sleeve, a 404-rope collector disc, a 405-rope collector shaft, a 406-bidirectional ratchet wheel, a 407-rope collector lower cover, a 408-bidirectional pawl, a 409-change-over switch, a 5-roof reciprocating snow removing mechanism, a 501-snow removing plate, a 502-connecting rod, a 503-speed reducing motor box, a 504-crank, a 505-vehicle cover main machine bottom plate, a 506-triangular guide rail, 507-guide rail wheels, a 6-universal base, a 7-manual lifting mechanism, a 701-rotating rod, a 702-locking device, a 703-pull rope, an 8-vehicle guide device, a 801-hinge, a 802-guide plate, a 803-spring, a 9-front vehicle cover unfolding mechanism and a 10-vehicle cover unfolding mechanism, and 11-vehicle cover unfolding and recovering mechanism.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
Referring to fig. 1 to 10, the present invention provides a technical solution: the utility model provides a vehicle-mounted semi-automatic car cover under snow frost weather, including the manual snow removing device of rear portion 1, rear portion car cover expansion and recovery mechanism 2, articulated bolt 3, two-way rope collector 4, the reciprocal snow removing mechanism of roof 5, general base 6, manual lift mechanism 7, car guiding device 8, the front portion car cover expansion and recovery mechanism 9, battery case 10, car cover 11, general base 6 installs at the car top, the reciprocal snow removing mechanism of roof 5 is installed on general base 6, manual lift mechanism 7 installs the both sides in the reciprocal snow removing mechanism of roof 5 lower part, front portion car cover expansion and recovery mechanism 9 one end is installed on the reciprocal snow removing mechanism of roof 5 through articulated bolt 3, the other end free placement is on the car top, rear portion car cover expansion and recovery mechanism 2 one end is installed on the reciprocal snow removing mechanism of roof 5 through articulated bolt 3, the other end free placement is on the car top, two-way rope collector 4 is installed in reciprocal roof snow removing mechanism 5 lower part, car guiding device 8 one end is installed in reciprocal snow removing mechanism 5 lower part of roof, the other end free placement is in the car, battery case 10 installs in the reciprocal snow removing mechanism 5 of roof 5 top, the reciprocal snow removing mechanism of roof 5 and the back-and the reciprocal snow removing mechanism of roof 5, the top cover is in the front of car cover and the reciprocal snow removing mechanism of roof 5 is in the back-and the top of the car cover is equipped with the reciprocal top of roof 5, the top of the car cover is opened down with the reciprocal car cover structure of the car cover 5, the front of the top is opened respectively, and the top is opened down with the manual top cover is opened.
Preferably, the rear car cover unfolding and folding mechanism 2 and the front car cover unfolding and folding mechanism 9 comprise a hinge rod 201, a middle rod 202, an end rod 205, a plastic ball joint 206, a sleeve 204 and a middle supporting rod 203, the hinge rod 201, the middle rod 202 and the end rod 205 are freely rotated by the plastic ball joint 206 and an elastic rope in pairs, the sleeve 204 is axially and radially positioned, and the middle supporting rod 203 is used for connecting and fixing the sleeves 204 separated from each other by threads.
Preferably, the reciprocating snow removing mechanism 5 for the roof comprises a snow removing plate 501, a connecting rod 502, a speed reduction motor box 503, a crank 504, a main chassis 505 of the car cover, a triangular guide rail 506 and guide rail wheels 507, wherein the triangular guide rail 506 is arranged on the main chassis 505 of the car cover, the guide rail wheels 507 are arranged at the lower part of the snow removing plate 501 and are matched with the triangular guide rail 506, namely, the snow removing plate is guided to realize relative movement, a pin hole matched with the connecting rod 502 is arranged at the upper part of the snow removing plate 501, a pin hole matched with the crank 504 is arranged at the other end of the connecting rod 502, and a hole matched with an output shaft of the speed reduction motor is arranged in the middle of the crank 504.
Preferably, the manual lifting mechanism 7 comprises a rotary rod 701, a locking device 702 and a pull rope 703, the pull rope 703 is connected with the front car cover unfolding and recovering mechanism 9, and when the included angle between the rotary rod 701 and the horizontal plane is 90 degrees, the locking device 702 plays a role in locking.
Preferably, the bidirectional rope collector 4 comprises a bearing end cover 401, a rope collector upper cover 402, a shaft sleeve 403, a rope collector 404, a rope collector shaft 405, a bidirectional ratchet 406, a rope collector lower cover 407, a bidirectional pawl 408 and a change-over switch 409, wherein all the components take the rope collector shaft 405 as installation references, two rope collector 404 are respectively installed at two sides of a shaft shoulder of the rope collector shaft 405, the bidirectional ratchet 406 is installed below the rope collector 404 close to the rope collector lower cover 407, a hole for installing the change-over switch 409 is formed in the rope collector lower cover 407, the bidirectional pawl 408 is installed above the change-over switch 409, the shaft sleeve 403 is installed above the rope collector 404 close to the rope collector upper cover 402 for distance adjustment, the bidirectional rope collector 4 is installed by means of the rope collector upper cover 402, and the bidirectional rope collector 4 is installed below the bottom plate 505 of the car-coat host machine, and the auxiliary manual pulling mechanism 7 completes the pulling 703 action.
Preferably, the automobile deflector 8 comprises a hinge 801, an automobile deflector 802 and a spring 803, wherein one end of the hinge 801 is connected with the lower part of the main chassis 505 of the automobile, one end of the hinge is arranged at one end of the automobile deflector 802, and the other end of the automobile deflector 802 is freely arranged on the automobile surface layer, so that the deflector can rotate along with the hinge 801 by the spring 803.
Preferably, the rear manual snow removing device 1 comprises an annular rope 101 and a rear snow removing plate 102, wherein the rear snow removing plate 102 is provided with a positioning hole of the annular rope 101 to cooperate with the annular rope 101 to complete the action.
Preferably, the battery box 10 is beside the gear motor box 503 to power the gear motor.
Preferably, the vehicle cover 11 is a block structure, which is respectively mounted on the front vehicle cover unfolding and folding mechanism 9, between the rear vehicle cover unfolding and folding mechanism 2 and the rear manual snow removing device 1, and on the vehicle cover main body bottom plate 505 in the vehicle roof reciprocating snow removing mechanism 5.
When snow is accumulated on the surface of the vehicle, as shown in figure 7, two snow removing plates of the vehicle roof reciprocating snow removing mechanism are arranged at the center of the vehicle roof, a speed reducing motor works to enable guide rail wheels at the lower part of the snow removing plates to do reciprocating rectilinear motion along the guide rails, snow on the vehicle roof is removed during the reciprocating rectilinear motion, then the two snow removing plates return to the center of the vehicle roof along with a crank and a connecting rod driven by the speed reducing motor, a locking device in a manual lifting mechanism is pulled open, a rotating rod is rotated to form an included angle of 90 degrees with the horizontal plane, and then the snow covered on the surface of the vehicle roof slides to the vehicle roof by pulling a pull rope of a bidirectional rope collector with a locking function through the rotating rod, and then the snow on the vehicle roof is removed by starting a speed reducing motor again, so that the snow removing plates are kept in a state of removing the snow, namely, as shown in figure 8, a circular rope in the rear manual snow removing device is pulled again, and the rear snow removing plate can move along the vehicle roof upwards and downwards along the rear vehicle, and the snow can be removed to achieve the aim of removing the snow on the surface of the vehicle in a reciprocating rectilinear motion; when snow on the surface of the automobile is removed or the surface of the automobile is free, the sleeve in the front automobile cover unfolding and recovering mechanism with a certain included angle with the horizontal plane is loosened, so that the mutually adjacent hinging rod, middle rod and end rod are separated and can rotate around the plastic ball joint, the hinging rod, middle rod and end rod are folded and placed in front of the automobile roof, and meanwhile, the spring drives the automobile flow guiding device to complete the action of rotating around the hinge, and similarly, the sleeve in the rear automobile cover unfolding and recovering mechanism is loosened, so that the mutually adjacent hinging rod, middle rod, front end rod and rear end rod are folded and placed in front of the automobile roof, the end rod is separated and can rotate around the plastic ball joint, so that the hinging rod, the middle rod and the end rod are folded and placed at the rear part of the vehicle roof, and the vehicle cover unfolding and recovering mechanism is fixed, so that the recovery work of the vehicle cover is completed. The above is the method for removing snow and recycling the vehicle cover. I.e. the recovered state as shown in fig. 9.
The vehicle cover unfolding operation is shown in an initial state in fig. 9, the front and rear vehicle cover unfolding and recovering devices are respectively stretched and covered on the whole vehicle surface from the front and rear parts of the vehicle roof, the mutually adjacent hinging rods, middle rods and end rods are connected into a whole by using sleeves to form a rod, and the snow removing plate is recovered to be shown in fig. 7 by using a gear motor. The unfolding work of the car cover is completed.
In addition, the recovery and the unfolding of the vehicle cover are two processes, so that a change-over switch of the bidirectional rope collector positioned at the lower part of the main machine bottom plate of the vehicle cover is required to be changed, and the bidirectional ratchet wheel can play a given self-locking function.
Although embodiments of the present invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made therein without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.