CN211075571U

CN211075571U - Electric automobile battery charging device

Info

Publication number: CN211075571U
Application number: CN201920804559.8U
Authority: CN
Inventors: 郑连财
Original assignee: Nanan Senwei Industrial Product Design Co Ltd
Current assignee: Nanan Senwei Industrial Product Design Co Ltd
Priority date: 2019-05-30
Filing date: 2019-05-30
Publication date: 2020-07-24
Anticipated expiration: 2029-05-30

Abstract

The utility model discloses an electric automobile battery charging device, its structure includes charging table face, charger, room base and constitutes, and the top of the room base is located through inlaying the connection cooperation to the charging table face, and the charger is through inlaying the inside of establishing the connection and locating the charging table face, and the charger is equipped with storage device, the first groove of accomodating, the beneficial effects of the utility model are that: in accomodating the ware, the charging wire will great reduction its outside erosion, postpone the life-span of its charging wire, simultaneously because accomodate at the inslot, prevent that rigidity and cracked possibility from appearing in its charging wire, the effectual geomantic erosion that reduces its charging plug of its baffle improves its life to the protection of charging wire and charging plug, reduces the demand to manpower and materials.

Description

Electric automobile battery charging device

Technical Field

The utility model belongs to the technical field of battery charging and specifically relates to an electric automobile battery charging device.

Background

However, the electric vehicle is not easy to be charged in a short period when the electric vehicle is in a home of common people, national policies can be provided (vehicle purchasing compensation, going on the road and the like), a charging station network of the electric vehicle cannot be built in a short period, the main reason is that instant powerful power and power are required for quickly charging the electric vehicle, a conventional power grid cannot be met, a special charging network must be built, the transformation of the whole national power grid is related, the large transformation of the national power grid is not a little matter and has huge cost, the transformation from discussion, establishment to network formation can be realized in a non-oriented way, a charging station is generally configured by 20 to 40 electric vehicles according to the conventional charging data of the current electric vehicles, the configuration considers that the off-peak electricity is fully utilized for charging, the defect is that the utilization rate of charging equipment is low, the charging is also considered in a peak time, a charging station can be configured by 60 to 80 electric vehicles, and the defect is that the, increasing peak loads.

Aiming at the current wave power generator, a relative scheme is made aiming at the following problems:

present electric automobile battery charging device is mostly the electric pile that fills of charging station, because fill the examination of electric pile to its daily wind and rain, influence its erosion problem of filling electric pile just to the factor of its external environment, first just it is that the problem of charging wire externally long-time exposing makes charging wire and charging plug can appear bad erosion reaction, lead to its work efficiency, more even person directly can not use and need change, it changes the trouble, the place is more, the manpower and materials that need are more, be difficult to carry out relevant general.

SUMMERY OF THE UTILITY MODEL

The utility model discloses a main aim at overcomes prior art not enough, provides an electric automobile battery charging device.

The utility model discloses a following technical scheme realizes: the utility model provides an electric automobile battery charging device, its structure includes charging table face, charger, residence base and constitutes, charging table face is through inlaying the top of establishing the connection cooperation and locating the residence base, the charger is through inlaying the inside of establishing the connection and locating charging table face, the charger is equipped with storage device, first groove of accomodating.

Further, storage device locates the inside of charger, establishes the connection through inlaying, storage device is equipped with regulation handle, rotation axis, dust guard, accomodates the circle, adjust on the handle passes through screw-thread fit connection locates one side surface of dust guard, the rotation axis is located on the center department of survey surface in one side of dust guard, establishes the connection cooperation through inlaying, accomodate the circle and locate the axis body of rotation axis on the surface through transition connection.

Further, first groove of accomodating is equipped with the plug and accomodates groove, storage port, the groove is accomodate to the plug establishes to connect through inlaying and locates on the side surface of the mesa that charges, storage port is the through-hole structural feature of the side surface of the mesa that charges.

Further, the plug is accomodate the groove and is equipped with the second and accomodates groove, accomodates socket, external baffle, the groove is accomodate for the characteristic structure on the surface of charging table face one side to the second, external baffle locates on the outside surface that the groove was accomodate to the second, accomodate the socket and establish the connection through inlaying and locate the second and accomodate the groove on the surface.

Further, the external baffle is a thick plate in a frustum shape and is a structural feature on the surface of one side of the charging platform surface, the receiving socket is a circular groove, and the receiving groove is an inclined groove in an inverted triangle shape.

Advantageous effects

The utility model relates to an electric automobile battery charging device's theory of operation:

when using the utility model relates to an electric automobile battery charging device, after using up to fill charging of electric pile, because of the storage device who puts back in the charging mesa in with the charger, and insert charging plug in accomodating the groove, concrete step is to utilize the rotatory dust guard of regulation handle to drive and accomodate the circle, utilize the rotation axis, the charging wire that will twine on accomodating the circle passes through the mouth of accomodating, let accomodate the circle and get up at the charging coil, insert the charging wire plug in the plug accomodating the groove, insert the charging wire plug on accomodating the socket of groove, make its charging wire plug of protection that external baffle can be better.

Compared with the prior art, the beneficial effects of the utility model are that:

in accomodating the ware, the charging wire will great reduction its outside erosion, postpone the life-span of its charging wire, simultaneously because accomodate at the inslot, prevent that rigidity and cracked possibility from appearing in its charging wire, the effectual geomantic erosion that reduces its charging plug of its baffle improves its life to the protection of charging wire and charging plug, reduces the demand to manpower and materials.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

fig. 1 is the utility model relates to an electric automobile battery charging device schematic structure.

Fig. 2 is the schematic view of the internal structure of the storage device of the present invention.

Fig. 3 is a schematic side view of the storage device of the present invention.

Fig. 4 is a schematic side internal structure diagram of the storage device of the present invention.

Fig. 5 is an enlarged schematic view of the storage tank of the present invention.

In the figure: charging table top 1, charger 2, station base 3, storage device a1, storage groove A2, adjusting grip a11, rotation axis a12, dust-proof baffle a13, storage ring a14, plug storage groove a21, storage port a22, storage groove a211, storage socket a212, and external baffle a 213.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

Referring to fig. 1-5, the present invention provides a technical solution for a battery charging device of an electric vehicle: the utility model provides an electric automobile battery charging device, its structure includes charging table face 1, charger 2, the station base 3 is constituteed, charging table face 1 locates the top of station base 3 through inlaying to establish the connection cooperation, charger 2 locates the inside of charging table face 1 through inlaying to establish the connection, charger 2 is equipped with storage device A1, first accomodate groove A2, storage device A1 locates the inside of charger 2, through inlaying to establish the connection, storage device A1 is equipped with adjusting handle A11, rotation axis A12, dustproof baffle A13, accomodates circle A14, adjusting handle A11 is located on one side surface of dustproof baffle A13 through screw-thread fit connection, rotation axis A12 is located on the center department of the interior survey surface of one side of dustproof baffle A13, through inlaying to establish the connection cooperation, accomodate circle A14 and locate on the axis body surface of rotation axis A12 through transition connection, first accomodate groove A2 is equipped with plug and accomodates groove A21, Accomodate mouthful A22, the plug is accomodate groove A21 establishes the connection through inlaying and is located on the side surface of charging table face 1, accomodate mouthful A22 for the through-hole structural feature of charging table face 1's a side surface, the plug is accomodate groove A21 and is equipped with the second and accomodates groove A211, accomodate socket A212, external baffle A213, the second is accomodate groove A211 and is the characteristic structure on charging table face 1 side surface, external baffle A213 is located the second and is accomodate groove A211's outside on the surface, accomodate socket A212 and locate the second through inlaying and establish the connection and accomodate groove A211 on the surface, external baffle A213 is the thick plate that is the frustum shape, for the structural feature on charging table face 1 side surface, accomodate socket A212 for circular form recess, accomodate groove A211 is the oblique groove that is the inverted triangle.

The utility model relates to an electric automobile battery charging device's theory of operation: when using the utility model relates to an electric automobile battery charging device, after using up to fill the charging of electric pile, because of the storage device A1 who puts back in the mesa 1 that charges in the charger 2, and insert charging plug in accomodating groove A2, the concrete step is that utilize the rotatory dustproof baffle A13 of regulation handle A11 to drive and accomodate circle A14, utilize rotation axis A12, the charging wire that will twine on accomodating circle A14 passes through accomodating mouthful A22, let and accomodate circle A14 and get up at the charging coil, insert the charging wire plug in the plug and accomodate groove A21, insert the charging wire plug on accomodating socket A212 of accomodating groove A211, make its charging wire plug of protection that external baffle A213 can be better.

The utility model discloses the technological progress that prior art obtained relatively is:

Claims

1. The utility model provides an electric automobile battery charging device, its structure includes charging table face (1), charger (2), residence base (3) and constitutes its characterized in that:

charging table face (1) is through inlaying the top of establishing connection cooperation and locating resident base (3), charger (2) are through inlaying the inside of establishing connection and locating charging table face (1), charger (2) are equipped with storage device (A1), first groove (A2) of accomodating, the inside of charger (2) is located in storage device (A1), establish the connection through inlaying, storage device (A1) are equipped with and adjust handle (A11), rotation axis (A12), dust baffle (A13), accomodate circle (A14), adjust handle (A11) through screw-thread fit connection locate on one side surface of dust baffle (A13), rotation axis (A12) are located on one side inner measurement surface's center department of dust baffle (A13), establish connection cooperation through inlaying, accomodate circle (A14) and locate on the axis body surface of rotation axis (A12) through transition connection, first accomodate groove (A2) is equipped with and accomodate groove (A21) and accomodate the plug 21), Accomodate mouthful (A22), groove (A21) is accomodate to the plug establishes the connection through inlaying and locates on one side surface of charging table face (1), accomodate mouthful (A22) through-hole structural feature for one side surface of charging table face (1), groove (A21) is accomodate to the plug is equipped with the second and accomodates groove (A211), accomodates socket (A212), external baffle (A213), groove (A211) is accomodate to the second characteristic structure on charging table face (1) side surface, external baffle (A213) are located the second and are accomodate on the outside surface of groove (A211), accomodate socket (A212) and locate the second through inlaying and accomodate on the surface of groove (A211), external baffle (A213) is the structural feature on charging table face (1) side surface.