CN203497083U

CN203497083U - Rain-proof shed for electric car

Info

Publication number: CN203497083U
Application number: CN201320665177.4U
Authority: CN
Inventors: 祝珍海
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-10-25
Filing date: 2013-10-25
Publication date: 2014-03-26
Anticipated expiration: 2023-10-25

Abstract

The utility model discloses a rain-proof shed for an electric car. The rain-proof shed for the electric car comprises a rain-proof shed body. The front and the rear of the rain-proof shed body are provided with a front fixator and a rear fixator respectively. A visible window is arranged at the front portion of the rain-proof shed body. The rain-proof shed for the electric car is characterized in that the rain-proof shed body comprises a left arc-shaped inflation tube and a right arc-shaped inflation tube, the left arc-shaped inflation tube is parallel to the right arc-shaped inflation tube, a rain-proof layer is arranged between the two inflation tubes, the two inflation tubes are communicated with each other, a valve is connected between the two inflation tubes, and the valve is connected with a motor pump. According to the rain-proof shed for the electric car, inflation space of the rain-proof shed body is reduced, a portable inflation device is added, the inflation efficiency is improved, the easily-damaged area is reduced, and safety is improved.

Description

A kind of electrocar rain shelter

Technical field

The utility model relates to rain-proof equipment, relates in particular to a kind of rain-proof equipment of battery-driven car.

Background technology

Nowadays battery-driven car has become an indispensable part in daily life, people can preferentially select battery-driven car trip when short distance is gone on a journey, because battery-driven car volume with respect to automobile is little, be convenient to park, but battery-driven car trip is also very easily subject to the impact of weather, particularly run into the date of sun direct projection or heavy rain, the battery-driven car trip utmost point that will become is not suitable for, Given this, nearest people's a series of rain-proof equipment that also begins one's study out, disclose a kind of electrocar rain shelter of inflatable in disclosed 203111375U Chinese utility model patent on August 17th, 2013, the rain shade base portion that has wherein just comprised a type inflatable, before being respectively equipped with before and after rain shade main body, posterior fixation devices, rain shade main body the place ahead is provided with visual windows, the battery-driven car awning of this class inflatable has well solved the inconvenient problem that battery-driven car is gone on a journey under inclement weather conditions, but therefrom also expose some problems, first the integral body of this class rain shade is all inflatable, the space of its inflation is larger, this just need to lean on some inflatable appliances to complete, and can not being carried at completely at one's side of this class inflatable appliance trip, can not inflate at any time, secondly because be integral type inflation, easily impaired Area comparison is large, once some positions are damaged, whole rain shade just cannot be propped up, and cannot reach the effect that hides rain.

Utility model content

The utility model technical issues that need to address are, a kind of electrocar rain shelter is provided, and reduce the plenum space of its rain shade body, increase portable inflatable appliance, have improved the efficiency of inflation, and allow the area of rapid wear reduce, and improve safety.

The technical solution of the utility model is: a kind of electrocar rain shelter, comprise rain shade body, rain shade body front and back ends is respectively equipped with front fixer and rear fixer, rain shade front portion is provided with visual windows, it is characterized in that: described rain shade body comprises the two parallel arc appendixs in left and right, between two appendixs, be provided with rain-proof layer, be interconnected and be connected with valve between two appendixs, valve is connected with electric-motor pump.

Preferably, described rain shade body is respectively equipped with rainwater flame diversion trough in front-end and back-end, and rainwater flame diversion trough is L-type structure, and cross section is semicircle.

Preferably, described rain shade body is provided with the top appendix being communicated with left and right inflation at the top of arc.

Preferably, described front fixer is the bandage strip that is distributed in the sealing of rain shade body front end both sides, can be placed on the light deflector of battery-driven car.

Preferably, described rear fixer comprises casing, and casing top is provided with openable case lid, and the outer wall of casing is provided with the tapped bore fixing with electromobile boot.

Preferably, described rain shade body is provided with rainwater flame diversion trough in rear end.

Preferably, described rainwater flame diversion trough is one and is bent into the L shaped formula of partly cuing open pipe, partly cuts open formula pipe and be located on the case lid of described rear fixer.

Preferably, described case lid is provided with a water storage elongated slot, and case lid side is provided with water outlet, and water outlet connects described rainwater flame diversion trough.

Preferably, described valve and electric-motor pump are all located in the casing of rear fixer, and described electric-motor pump is connected with a forward-reverse switch.

Preferably, the described rain shade body left and right sides is respectively equipped with and hides rain side skirt.

Adopt after the technical program, utilize electric-motor pump and the valve that rain shade carries to rain shade, to inflate fast, because rain shade is not integral body is all inflatable, the just appendix of the left and right sides that needs inflation, appendix role is supporting role, really play two rain-proof layers between appendix that are provided in a side of that hide rain effect, first the efficiency of inflation can be higher in design like this, next easily damaged area of whole rain shade, namely need the region of inflation less, be difficult for being damaged, safety and exploitativeness are higher.

Accompanying drawing explanation

Accompanying drawing 1 is embodiment 1 overall schematic of the present utility model;

Accompanying drawing 2 is the front elevation of embodiment 1 of the present utility model;

Accompanying drawing 3 is the lateral plan of embodiment 1 of the present utility model;

Accompanying drawing 4 is the schematic diagram of rear fixer in embodiment 2 of the present utility model.

The specific embodiment

Below in conjunction with accompanying drawing, the specific embodiment of the present utility model is described further:

Be the embodiment of the utility model embodiment 1 as shown in Figure 1 to Figure 3, the utility model comprises rain shade body, this rain shade body comprises the appendix of the arc of two left and right column distribution, as shown in FIG., be respectively left appendix 12 and right appendix 13, appendix inner hollow, during aerification, can be used as the skeleton of whole rain shade main body, between left appendix 12 and right appendix 13, be connected with rain-proof layer 11, this rain-proof layer can be made by the cloth of waterproof, simultaneously in order to strengthen the skeleton supporting role of whole rain shade, can additionally install again a top appendix 14 additional at the top of rain shade body, these top appendix 14 two ends are connected with left appendix 12 and right appendix 13 respectively, in the front portion of rain shade body, be provided with a visual windows 15, visual windows 15 can be made by transparent plastic film, can be chosen in visual windows 15 tops simultaneously one eaves 151 that keeps off the rain is set, can keep out some rainwater for visual windows 15, prevent that the rainwater in visual windows from affecting sight line, the rear portion of rain shade body is provided with one by the communicating pipe 15 of

left appendix

12 and 13 connections of right appendix, on communicating pipe 15, be connected with valve 32, valve is connected with electric-motor pump 33, it can be just left so only needing toward communicating pipes 15 inflation simultaneously, right appendix inflation, and needn't be separately to a left side, right appendix is inflated one by one, 33 of electric-motor pumps are the inflatable appliances that rain shade carries, its power supply can be directly connected to the storage battery of battery-driven car, or additionally add a plug and be connected to other power supplys, during electric-motor pump 33 design, can add the switch of a rotating, control rotating and reverse of electric-motor pump 33, thereby can control the inflation of whole rain shade, lose heart, efficiency is higher, left and right sides at rain shade body is provided with screening rain side skirt 16 simultaneously, hiding rain side skirt 16 materials can be the same with the material of rain-proof layer 11, can be made by the cloth of waterproof, hide rain side skirt and can keep out to a certain extent the rainwater of some sides or the sunlight of side.

Fixing between rain shade body and battery-driven car mainly realizes by fixer, as shown in fig. 1, can be divided into front fixer 2 and rear fixer 3, front fixer 2 structures are comparatively simple, can design respectively in the left and right sides of rain shade front end the bandage strip of two sealings, sealing bandage strip forms an annulus and can be enclosed within on the light deflector of battery-driven car, when not wanting rain shade, dismounting is also more convenient like this, 3 structures that can be designed to box-type of rear fixer, rain shade body rearward end is directly fixed on the leading flank of this casing, wherein the top of casing is provided with openable case lid 31, on the trailing flank of casing, be provided with the tapped bore fixing with electromobile boot, the mode that can be bolted is fixed on rear fixer 3 on battery-driven car, the advantage that is designed to the structure of box-type is, fix more firmly on the one hand, on the other hand, after obsolete rain shade can being lost heart, contracted is placed in casing, do not need additionally to increase parking space, kill two birds with one stone, utilize the space of box house simultaneously, above described valve 32 and electric-motor pump 33 can be positioned over to box house, both played the effect of protection, can not seem very in disorder yet.

As shown in Figure 3, the curved design of whole rain shade, rainwater can drop to two bottoms of arc naturally like this, particularly the bottom at rain shade rear portion is the region that is placed on electromobile boot, almost on the position of back seat, if rainwater gets off directly to fall above back seat by arcwall face, that driver's trousers can be drenched, so the rainwater flame diversion trough 4 of rear design at rain shade is very effective, in view of mentioning rear fixer above and be designed to the structure of casing, rainwater flame diversion trough 4 can be located on case lid 31, position drop on rain-proof layer 11 least significant ends under, in this example, rainwater flame diversion trough 4 coordinates the profile of casing, it is the formula of partly a cuing open pipe that is bent into L-type, rainwater can enter from the longer sides of L-type, the pipe of longer sides can form an interim storage area 41, water in storage area is flowed out by minor face place straight down, naturally flow out the side that the rainwater of whereabouts is directed to battery-driven car, can not have influence on the back seat of battery-driven car.

Be illustrated in figure 4 the implementation method of embodiment 2, be storage area 41 interim on the rainwater flame diversion trough in embodiment 1 to be set on the case lid 31 of casing with the difference of embodiment 1, as shown in Figure 4, the thickness of case lid 31 suitably can be increased, then surface arranges a water storage elongated slot 311 thereon, water storage elongated slot 311 cross sections can be semicircle, rectangle etc., in this example, be set as semicircle, water storage elongated slot 311 is equivalent to the storage area 41 in embodiment 1, a water outlet 312 being communicated with water storage elongated slot is set on the lateral surface of case lid, water outlet connects described rainwater flame diversion trough, in this example, rainwater flame diversion trough is the vertical formula of partly a cuing open pipe, with respect to the storage area 41 in embodiment 1, water storage elongated slot capacity is set on case lid 31 larger, the area of case lid 31 is larger, its water storage elongated slot also can arrange larger, storage area 41 in embodiment 1 is affected by the cross section of the formula of partly the cuing open pipe of rainwater flame diversion trough, its capacity is less, the words that capacity is little, once rainfall is larger, do not store a large amount of rainwater, can cause overflowing, spilling on case lid can flow on electric motor car rear seat, still can drench driver's clothing, and high-capacity water storage elongated slot in embodiment 2 can prevent the generation of this class situation.

Below only with regard to the utility model preferably example be described, but can not be interpreted as it is limitations on claims.The utility model not only limits to and above example, its concrete structure allows to change, those skilled in the art can make various changes and distortion according to the utility model, only otherwise depart from spirit of the present utility model, all should belong to the defined scope of the utility model claims.

Claims

1. an electrocar rain shelter, comprise rain shade body, rain shade body front and back ends is respectively equipped with front fixer and rear fixer, rain shade front portion is provided with visual windows, it is characterized in that: described rain shade body comprises the two parallel arc appendixs in left and right, between two appendixs, be provided with rain-proof layer, be interconnected and be connected with valve between two appendixs, valve is connected with electric-motor pump.

2. electrocar rain shelter according to claim 1, is characterized in that: described rain shade body is provided with the top appendix being communicated with left and right appendix at the top of arc.

3. electrocar rain shelter according to claim 2, is characterized in that: described front fixer is the bandage strip that is distributed in the sealing of rain shade body front end both sides.

4. electrocar rain shelter according to claim 3, is characterized in that: described rear fixer comprises casing, and casing top is provided with openable case lid, and the outer wall of casing is provided with the tapped bore fixing with electromobile boot.

5. electrocar rain shelter according to claim 4, is characterized in that: described rain shade body is provided with rainwater flame diversion trough in rear end.

6. electrocar rain shelter according to claim 4, is characterized in that: described rainwater flame diversion trough is one and is bent into the L shaped formula of partly cuing open pipe, partly cuts open formula pipe and be located on the case lid of described rear fixer.

7. electrocar rain shelter according to claim 4, is characterized in that: described case lid is provided with a water storage elongated slot, and case lid side is provided with water outlet, and water outlet connects described rainwater flame diversion trough.

8. according to the electrocar rain shelter described in claim 6 or 7 any one, it is characterized in that: described valve and electric-motor pump are all located in the casing of rear fixer, described electric-motor pump is connected with a forward-reverse switch.

9. electrocar rain shelter according to claim 8, is characterized in that: the described rain shade body left and right sides is respectively equipped with and hides rain side skirt.