CN205304287U - Portable electric pile that fills - Google Patents
Portable electric pile that fills Download PDFInfo
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- CN205304287U CN205304287U CN201521001550.1U CN201521001550U CN205304287U CN 205304287 U CN205304287 U CN 205304287U CN 201521001550 U CN201521001550 U CN 201521001550U CN 205304287 U CN205304287 U CN 205304287U
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Abstract
The utility model relates to an electric automobile battery charging outfit, concretely relates to portable electric pile that fills. A portable electric pile that fills, this portable electric pile that fills of is become by collapsible photovoltaic board and removal charging case body group, and wherein, collapsible photovoltaic board is used for charging for removing the charging case body, remove the charging case body, be used for charging for electric vehicle charging and cell -phone to it self charges to adopt two kinds of charge mode of photovoltaic power supply and mains power supply to realize moving the charging case body, main part, flexible thin film photovoltaic board and the photovoltaic plug composed that charges is expected by chemical fabric to collapsible photovoltaic board, the inside horizontal and vertical align to grid of chemical fabric material main part has flexible thin film photovoltaic board, the outside one corner of chemical fabric material main part is equipped with the photovoltaic charging plug, collapsible photovoltaic board passes through photovoltaic charging plug detachably and installs on removing the charging case body, the utility model discloses adopt the modularization on the circuit board, according to the function each circuit board partial shipment to the different boxes in, for convenient equipment with dismantle to and later maintenance.
Description
Technical field
This utility model relates to a kind of charging equipment of electric automobile, is specifically related to a kind of mobile charging stake.
Background technology
Along with the continuous release of the support energetically of national policy, enterprise's new product, also when the river rises the boat goes up to the consumption enthusiasm of new-energy automobile for common people. Along with automobile industry is in the fast development in new-energy automobile field, a lot of brands are all proposed electric product, select the greatest problem that electric automobile trip faces exactly: run into electricity deficiency, it is impossible to be Vehicular charging whenever and wherever possible. Current one is known as in the sight line that the electric motor car mobile charging equipment of " charger baby " also appears in people. But, the mobile charging stake on present market can only rely on commercial power charged to self charging, time in the wild, it is impossible to charges to self charging, and casing functionally designs very simple, and wiring board assembly and disassembly is all inconvenient, and radiating effect is poor.
Summary of the invention
The purpose of this utility model is in that functionally to design very simply for the casing on market, and wiring board assembly and disassembly is all inconvenient, the deficiency of radiating effect difference, it is proposed that a kind of mobile charging stake.
A kind of mobile charging stake, this mobile charging stake is made up of collapsible photovoltaic panel 1 and mobile charging casing 2, wherein,
Collapsible photovoltaic panel 1, is used for charging to mobile charging casing;
Mobile charging casing 2, is used for charging to electric motor car charging and mobile phone, and adopts photovoltaic power supply and two kinds of charging modes of mains-supplied to realize mobile charging casing self charging;
Described collapsible photovoltaic panel 1 is made up of chemical fiber fabric main body 101, flexible thin film photovoltaic's plate 102 and photovoltaic charged plug 103; Wherein,
Described chemical fiber fabric main body 101 inner transverse and vertically evenly distributed have flexible thin film photovoltaic's plate 102;
One jiao of the outside of described chemical fiber fabric main body 101 is provided with photovoltaic charged plug 103;
Described collapsible photovoltaic panel 1 is removably mounted on mobile charging casing 2 by photovoltaic charged plug 103;
Described mobile charging casing 2 is made up of upper cover 3, housing 4, power supply unit 5, mobile phone wireless charger 6, redundancy control circuit 7, Monitoring and Controlling unit 8, Main Control Unit 9, accumulator battery unit 10 and sectional shelf-unit 11; Wherein,
Described upper cover 3 by screw removably with the upper port mutual connection of housing 4;
Said supply unit 5, mobile phone wireless charger 6, redundancy control circuit 7, Monitoring and Controlling unit 8, Main Control Unit 9 and accumulator battery unit 10 are removably mounted on the inside of housing 4 by sectional shelf-unit 11; Wherein,
Described sectional shelf-unit 11 is made up of left support bar 11A, right support bar 11B, upper support bar 11C, middle studdle 11D and lower support bar 11E; Described left support bar 11A is removably secured and is arranged in housing 4 inner left wall; Described right support bar 11B is removably secured and is arranged on the right side of housing 4 on inwall;
The both ends horizontal of described lower support bar 11E it is separately mounted to bottom left support bar 11A and right support bar 11B; Between left support bar 11A and right support bar 11B, accumulator battery unit 10 is removably mounted on lower support bar 11E; Above accumulator battery unit 10, the both ends horizontal of middle studdle 11D it is separately mounted to left support bar 11A and the middle part of right support bar 11B; Between left support bar 11A and right support bar 11B, redundancy control circuit 7 and Monitoring and Controlling unit 8 are by the upper left-hand being sequentially arranged at middle studdle 11D after forward direction; On the right side of redundancy control circuit 7 and Monitoring and Controlling unit 8, Main Control Unit 9 is close to right support bar 11B and is removably mounted on the upper right of middle studdle 11D; Above redundancy control circuit 7, Monitoring and Controlling unit 8 and Main Control Unit 9, the both ends horizontal of upper support bar 11C it is separately mounted to left support bar 11A and right support bar 11B top; Between left support bar 11A and right support bar 11B, power supply unit 5 is fixedly mounted on the upper left-hand of upper support bar 11C; In the left side of right support bar 11B, the right side of power supply unit 5, mobile phone wireless charger 6 is arranged in the middle part of the right wall of power supply unit 5 by connecting rod.
Described upper cover 3 also includes touch screen 301 and radio-frequency card contact area 302, and touch screen 301 and radio-frequency card contact area 302 are sequentially embedded in the antetheca being arranged on upper cover 3 from left to right.
Described housing 4 is made up of shell 401, TF memory card slot 402, mobile phone USB charging inlet assembly 403, mobile phone wireless charging slot 404, radiator window 405, everything wheel 406,220V civil power input socket 407, photovoltaic charged socket 408, Ethernet socket 409, electric energy meter interface 410, CAN communication interface group 411, externally charging accessory power outlet 412, attacker 413, IC-card groove 414 and radiator fan 415; Wherein,
TF memory card slot 402, mobile phone USB charging inlet assembly 403 and IC-card groove 414 is offered from left to right successively on the outer wall top, front side of shell 401; Being provided with mobile phone wireless charging slot 404 in the middle part of the front side outer wall of shell 401, mobile phone wireless charger 6 is removably mounted on mobile phone wireless charging slot 404; Equipped with the 220V civil power input socket 407 for connecing civil power on the front side outer wall that the outer wall bottom, front side of shell 401 offers the housing shell 401 in the middle of radiator window of the radiator window 405 for dispelling the heat;
The corner of housing shell 401 bottom outer wall is respectively provided with four everything wheels 406;
Ethernet socket 409 and electric energy meter interface 410 it is sequentially provided with in the bottom of shell 401 outer right wall;In shell 401 outer right wall above Ethernet socket 409 and electric energy meter interface 410, it is sequentially provided with photovoltaic charged socket 408, CAN communication interface group 411, externally charging accessory power outlet 412;
Same position at the left side outer wall of shell 401 and the outer right wall of shell 401 is respectively provided with an attacker 413;
Radiator fan 415 is installed in the middle part of the rear side inwall of shell 401.
The beneficial effects of the utility model:
1, collapsible photovoltaic panel can be carried as cloth in folding convenient long journey; And after collapsible photovoltaic panel launches, the area accepting illumination is very big, and therefore the efficiency of light energy utilization increases, it is possible to give mobile charging casing fully charged at short notice.
2, this utility model functionally designs more perfect, adds radio-frequency card recognition function, mobile phone USB charge function, mobile phone wireless charge function, the sun self charge function, TF card storage function etc.
3, this utility model wiring board adopts modularity, according to function, each circuit board is dispensed in different casing, for easy assembly and disassembly, and later maintenance.
4, this utility model adds radiator window and radiator fan, it is possible to quick heat radiating, increases the service life.
5, this utility model mobile charging box inner structure adopts sectional shelf-unit to fix each circuit board casing, and in the lower end of housing equipped with everything take turns, be provided with handle in housing both sides, not only attractive in appearance, economical, be moved easily, stability is better, therefore has more security reliability.
Accompanying drawing explanation
Fig. 1 is overall structure schematic diagram of the present utility model;
Fig. 2 is collapsible photovoltaic panel structural representation of the present utility model;
Fig. 3 is the sectional shelf-unit of the present utility model overall explosive view when not splitting;
Fig. 4 is the sectional shelf-unit of the present utility model overall explosive view when splitting;
Fig. 5 is the side view of this utility model upper cover;
Fig. 6 is the side view of this utility model housing;
Fig. 7 is the rearview of this utility model mobile charging casing;
Fig. 8 is integrated circuit theory diagram of the present utility model;
Fig. 9 is the overall circuit theory diagrams block diagram that this utility model is detailed;
Wherein, the collapsible photovoltaic panel of 1-, 2-mobile charging casing, 3-upper cover, 4-housing, 5-power supply unit, 6-mobile phone wireless charger, 7-redundancy control circuit, 8-Monitoring and Controlling unit, 9-Main Control Unit, 10-accumulator battery unit, 11-sectional shelf-unit, 11A-left support bar, 11B-right support bar, 11C-upper support bar, 11D-middle studdle, 11E-lower support bar, 301-touch screen, 302-radio-frequency card contact area, 401-shell, 402-TF memory card slot, 403-mobile phone USB charging inlet assembly, 404-mobile phone wireless charging slot, 405-radiator window, 406-everything is taken turns, 407-220V civil power input socket, the photovoltaic charged socket of 408-, 409-Ethernet socket, 410-electric energy meter interface, 411-CAN communication interface group, 412-externally charges accessory power outlet, 413-attacker, 414-IC draw-in groove, 415-radiator fan.
Detailed description of the invention
The following is specific embodiment of the utility model and in conjunction with accompanying drawing, the technical solution of the utility model is further described, but this utility model is not limited to these embodiments.
Fig. 1 gives overall structure schematic diagram, and Fig. 8 gives integrated circuit theory diagram, and as illustrated in figures 1 and 8, this mobile charging stake is made up of collapsible photovoltaic panel 1 and mobile charging casing 2, collapsible photovoltaic panel 1, is used for charging to mobile charging casing;Mobile charging casing 2, is used for charging to electric motor car charging and mobile phone, and adopts photovoltaic power supply and two kinds of charging modes of mains-supplied to realize mobile charging casing self charging; And collapsible photovoltaic panel 1 is connected with mobile charging casing 2;
Fig. 2 gives collapsible photovoltaic panel structural representation, and collapsible photovoltaic panel 1 is made up of chemical fiber fabric main body 101, flexible thin film photovoltaic's plate 102 and photovoltaic charged plug 103; Wherein, chemical fiber fabric main body 101 inner transverse and vertically evenly distributed have flexible thin film photovoltaic's plate 102; One jiao of the outside of chemical fiber fabric main body 101 is provided with photovoltaic charged plug 103; Owing to have employed flexible thin film photovoltaic's plate 102, and the array shape that is distributed as that flexible thin film photovoltaic's plate 102 is in chemical fiber fabric main body 101 arranges, so this collapsible photovoltaic panel is more prone to folding, and is also not easy damaged in folding process. Collapsible photovoltaic panel 1 can be carried as cloth in folding convenient long journey; And after collapsible photovoltaic panel 1 launches, the area accepting illumination is very big, and therefore the efficiency of light energy utilization increases, it is possible to give mobile charging casing fully charged at short notice. After collapsible photovoltaic panel 1 is launched, the area accepting illumination can be very big, and therefore the efficiency of light energy utilization can increase, it is possible to fully charged at short notice. Configure commercial power charged interface, also can charge overcast and rainy.
Fig. 3 is the sectional shelf-unit overall explosive view when not splitting, Fig. 4 is the overall explosive view that sectional shelf-unit has split, by the two figure it will be seen that be made up of upper cover 3, housing 4, power supply unit 5, mobile phone wireless charger 6, redundancy control circuit 7, Monitoring and Controlling unit 8, Main Control Unit 9, accumulator battery unit 10 and sectional shelf-unit 11; Wherein, upper cover 3 by screw removably with the upper port mutual connection of housing 4; Power supply unit 5, mobile phone wireless charger 6, redundancy control circuit 7, Monitoring and Controlling unit 8, Main Control Unit 9 and accumulator battery unit 10 are removably mounted on the inside of housing 4 by sectional shelf-unit 11; Wherein, sectional shelf-unit 11 is made up of left support bar 11A, right support bar 11B, upper support bar 11C, middle studdle 11D and lower support bar 11E; Described left support bar 11A is removably secured and is arranged in housing 4 inner left wall; Described right support bar 11B is removably secured and is arranged on the right side of housing 4 on inwall; The both ends horizontal of lower support bar 11E it is separately mounted to bottom left support bar 11A and right support bar 11B; Between left support bar 11A and right support bar 11B, accumulator battery unit 10 is removably mounted on lower support bar 11E; Above accumulator battery unit 10, the both ends horizontal of middle studdle 11D it is separately mounted to left support bar 11A and the middle part of right support bar 11B; Between left support bar 11A and right support bar 11B, redundancy control circuit 7 and Monitoring and Controlling unit 8 are by the upper left-hand being sequentially arranged at middle studdle 11D after forward direction; On the right side of redundancy control circuit 7 and Monitoring and Controlling unit 8, Main Control Unit 9 is close to right support bar 11B and is removably mounted on the upper right of middle studdle 11D; Above redundancy control circuit 7, Monitoring and Controlling unit 8 and Main Control Unit 9, the both ends horizontal of upper support bar 11C it is separately mounted to left support bar 11A and right support bar 11B top; Between left support bar 11A and right support bar 11B, power supply unit 5 is fixedly mounted on the upper left-hand of upper support bar 11C; In the left side of right support bar 11B, the right side of power supply unit 5, mobile phone wireless charger 6 is arranged in the middle part of the right wall of power supply unit 5 by connecting rod mobile phone.Upper cover 3 also includes touch screen 301 and radio-frequency card contact area 302, and touch screen 301 and radio-frequency card contact area 302 are sequentially embedded in the antetheca being arranged on upper cover 3 from left to right. Here modularity is adopted in the circuit board, according to function-differentiated for each circuit board go out power supply unit 5, mobile phone wireless charger 6, redundancy control circuit 7, Monitoring and Controlling unit 8, Main Control Unit 9 and accumulator battery unit 10, and they are dispensed in different casing according to volume size, such easy assembly and disassembly simultaneously, are also beneficial to later maintenance. Mobile phone wireless charger 6 is arranged on power supply unit 5 by connecting rod, when the mode adopting connecting rod is conducive to mobile phone wireless charger 6 to put in housing 4, mobile phone wireless charger 6 height and position are adjustable, thus better regulating the position being conducive to mobile phone wireless charging effect best.
As shown in the side view of Fig. 5 upper cover, upper cover 3 also includes touch screen 301 and radio-frequency card contact area 302, and touch screen 301 and radio-frequency card contact area 302 are sequentially embedded in the antetheca being arranged on upper cover 3 from left to right. Touch screen 301, it is possible to charge condition of display electricity and electric automobile etc., user-friendly, user can also be convenient to use this mobile charging stake by radio-frequency card contact area 302 simultaneously.
Fig. 6 is the side view of housing, Fig. 7 is the rearview of mobile charging casing, by Fig. 6 and Fig. 7 it can be seen that housing 4 is made up of shell 401, TF memory card slot 402, mobile phone USB charging inlet assembly 403, mobile phone wireless charging slot 404, radiator window 405, everything wheel 406,220V civil power input socket 407, photovoltaic charged socket 408, Ethernet socket 409, electric energy meter interface 410, CAN communication interface group 411, externally charging accessory power outlet 412, attacker 413, IC-card groove 414 and radiator fan 415; Wherein, TF memory card slot 402, mobile phone USB charging inlet assembly 403 and IC-card groove 414 are offered from left to right successively on the outer wall top, front side of shell 401; Mobile phone wireless charging slot 404 it is provided with in the middle part of the front side outer wall of shell 401, owing to mobile phone wireless charger 6 is removably mounted on mobile phone wireless charging slot 404, and being arranged in the middle part of the right wall of power supply unit 5 of the connecting rod of mobile phone wireless charger 6, so mobile phone wireless charger 6 install can be more firm on mobile phone wireless charging slot 404; Offer the radiator window 405 for dispelling the heat in the outer wall bottom, front side of shell 401) on the front side outer wall of housing shell 401 in the middle of the radiator window equipped with the 220V civil power input socket 407 being used for connecing civil power; The corner of housing shell 401 bottom outer wall is respectively provided with four everything wheels 406; Ethernet socket 409 and electric energy meter interface 410 it is sequentially provided with in the bottom of shell 401 outer right wall; In shell 401 outer right wall above Ethernet socket 409 and electric energy meter interface 410, it is sequentially provided with photovoltaic charged socket 408, CAN communication interface group 411, externally charging accessory power outlet 412; Same position at the left side outer wall of shell 401 and the outer right wall of shell 401 is respectively provided with an attacker 413; Radiator fan 415 is installed in the middle part of the rear side inwall of shell 401. Universal wheel 406 and attacker 413, not only attractive in appearance, economical, be moved easily, stability is better, therefore has more security reliability. Radiator window 405 and radiator fan 415 be designed to quick heat radiating, thus extending the service life of accumulator. Mobile phone wireless charging slot 404 ensure that mobile phone wireless charger 6 can be put into just.
Shown in overall circuit theory diagrams block diagram as detailed in Fig. 9 this utility model; Main circuit in this mobile charging casing to be made up of power supply unit 5, mobile phone wireless charger 6, redundancy control circuit 7, Monitoring and Controlling unit 8, Main Control Unit 9, accumulator battery unit 10, touch screen 301, radio-frequency card contact area 302, TF memory card slot 402, mobile phone USB charging inlet assembly 403,220V civil power input socket 407, photovoltaic charged socket 408, electric energy meter interface 410, Ethernet socket 409, outer charging accessory power outlet 412, IC-card groove 414 and radiator fan 415; Wherein,
Main Control Unit 9 is connected with CAN communication interface group 411, TF memory card slot 402, IC-card groove 414, electric energy meter interface 410, radio-frequency card contact area 302, radiator fan 415, Ethernet socket 409, touch screen 301, Monitoring and Controlling unit 8 and redundancy control circuit 7 respectively;
Power supply unit 5 is connected with 220V civil power input socket 407, photovoltaic charged socket 408, redundancy control circuit 7, Monitoring and Controlling unit 8 and accumulator battery unit 10 respectively;
Accumulator battery unit 10 is connected with mobile phone USB charging inlet assembly 403, mobile phone wireless charging slot 404, externally charging accessory power outlet 412 and redundancy control circuit 7 respectively;
Main Control Unit 9, is used for showing that mobile charging casing is in self charging and the various information of external charging process by touch screen 301, and support and user hand over operation mutually, be also responsible for the control to radiator fan 415. therefore, a lot of with the parts that Main Control Unit 9 is connected, have for the CAN communication interface group 411 with other device talks, it is used for storing the TF memory card slot of data, TF memory card slot 402 and IC-card groove 414 for identification, it is used for the Ethernet socket 409 networked, it is used for showing the electric energy meter interface 410 of electric energy, it is used for according to the radiator fan 415 of temperature level main controller unit 9 in mobile charging casing, it is used for providing the redundancy control circuit 7 of running voltage to Main Control Unit 9, it is used for providing the Monitoring and Controlling unit of the various information of self charging and external charging process to Main Control Unit 9, and by touch screen 301 realize with user mutual.
Power supply unit 5,220V civil power input socket 407 can be passed through or photovoltaic charged socket 408 one of both obtains electric energy, and the electric energy of acquisition is converted into the voltage of the normal operation of Monitoring and Controlling unit 8 and Main Control Unit 9, meanwhile, the charging tasks to the accumulator in accumulator battery unit 10 is completed under the monitoring of Monitoring and Controlling unit 8.
Redundancy control circuit 7, that design in order that realize when self charging or externally discharge of this mobile charging casing, Monitoring and Controlling unit 8 and Main Control Unit 9 all have running voltage to input, all can normal operation when self charging or externally electric discharge thus realizing whole system. Namely, when this mobile charging casing self charges, power supply unit 5 can to 5 volts of small voltages needed for Monitoring and Controlling unit 8 and Main Control Unit 9 normal operation, when this mobile charging casing externally discharges, accumulator battery unit 10 can to 5 volts of small voltages needed for Monitoring and Controlling unit 8 and Main Control Unit 9 normal operation.
Monitoring and Controlling unit 8, it is used for gathering the size of the voltage of cell, overall current in accumulator battery unit 10, also has the size of internal temperature, thus understanding the situation of accumulator battery unit 10, when mobile charging casing self charges, by the control to power supply unit 5, it is achieved to the charging of constant voltage after the accumulator elder generation constant current in accumulator battery unit 10, guarantee in self charging process of mobile charging casing, the safety of accumulator in accumulator battery unit 10.In the external discharge process of mobile charging casing, it is achieved the control to accumulator battery unit 10 electric discharge, guarantee the safety of accumulator in discharge process accumulator battery unit 10.
Accumulator battery unit 10, is used for being exported by the electric energy of storage to electric automobile and mobile phone charging use. Accumulator battery unit 10 exports electric energy and charges for mobile phone wireless to mobile phone wireless charger 6, accumulator battery unit 10 is exported the voltage of 5 volts and is charged by USB connecting line for mobile phone for mobile phone USB charging inlet assembly 403, most importantly accumulator battery unit 10 can export the alternating current of 220 volts 50 hertz to outer charging accessory power outlet 412, so can charge for electric automobile Vehicular charger.
Therefore this utility model not only attractive in appearance, economical, be moved easily, stability is better, and higher in security reliability, has good economic outlook.
Described specific embodiment can be made various amendment or supplements or adopt similar mode to substitute by this utility model person of ordinary skill in the field, but without departing from spirit of the present utility model or surmount the scope that appended claims is defined.
Claims (3)
1. a mobile charging stake, it is characterised in that this mobile charging stake is made up of collapsible photovoltaic panel (1) and mobile charging casing (2), wherein,
Collapsible photovoltaic panel (1), is used for charging to mobile charging casing;
Mobile charging casing (2), is used for charging to electric motor car charging and mobile phone, and adopts photovoltaic power supply and two kinds of charging modes of mains-supplied to realize mobile charging casing self charging;
Described collapsible photovoltaic panel (1) is made up of chemical fiber fabric main body (101), flexible thin film photovoltaic's plate (102) and photovoltaic charged plug (103); Wherein,
Described chemical fiber fabric main body (101) inner transverse and vertically evenly distributed have flexible thin film photovoltaic's plate (102);
One jiao of the outside of described chemical fiber fabric main body (101) is provided with photovoltaic charged plug (103);
Described collapsible photovoltaic panel (1) is removably mounted on mobile charging casing (2) by photovoltaic charged plug (103);
Described mobile charging casing (2) is made up of upper cover (3), housing (4), power supply unit (5), mobile phone wireless charger (6), redundancy control circuit (7), Monitoring and Controlling unit (8), Main Control Unit (9), accumulator battery unit (10) and sectional shelf-unit (11); Wherein,
Described upper cover (3) by screw removably with the upper port mutual connection of housing (4);
Said supply unit (5), mobile phone wireless charger (6), redundancy control circuit (7), Monitoring and Controlling unit (8), Main Control Unit (9) and accumulator battery unit (10) are removably mounted on the inside of housing (4) by sectional shelf-unit (11); Wherein,
Described sectional shelf-unit (11) is made up of left support bar (11A), right support bar (11B), upper support bar (11C), middle studdle (11D) and lower support bar (11E); Described left support bar (11A) is removably secured and is arranged in housing (4) inner left wall; Described right support bar (11B) is removably secured and is arranged on the inwall of housing (4) right side;
The both ends horizontal of described lower support bar (11E) it is separately mounted to left support bar (11A) and right support bar (11B) bottom; Between left support bar (11A) and right support bar (11B), accumulator battery unit (10) is removably mounted on lower support bar (11E); In the top of accumulator battery unit (10), the both ends horizontal of middle studdle (11D) it is separately mounted to left support bar (11A) and the middle part of right support bar (11B);Between left support bar (11A) and right support bar (11B), redundancy control circuit (7) and Monitoring and Controlling unit (8) are by the upper left-hand being sequentially arranged at middle studdle (11D) after forward direction; On the right side of redundancy control circuit (7) and Monitoring and Controlling unit (8), Main Control Unit (9) is close to right support bar (11B) and is removably mounted on the upper right of middle studdle (11D); In the top of redundancy control circuit (7), Monitoring and Controlling unit (8) and Main Control Unit (9), the both ends horizontal of upper support bar (11C) it is separately mounted to left support bar (11A) and right support bar (11B) top; Between left support bar (11A) and right support bar (11B), power supply unit (5) is fixedly mounted on the upper left-hand of upper support bar (11C); In the left side of right support bar (11B), the right side of power supply unit (5), mobile phone wireless charger (6) is arranged in the middle part of the right wall of power supply unit (5) by connecting rod.
2. a kind of mobile charging stake according to claim 1, it is characterized in that, described upper cover (3) also includes touch screen (301) and radio-frequency card contact area (302), and touch screen (301) and radio-frequency card contact area (302) are sequentially embedded in the antetheca being arranged on upper cover (3) from left to right.
3. a kind of mobile charging stake according to claim 1, it is characterized in that, described housing (4) is by shell (401), TF memory card slot (402), mobile phone USB charging inlet assembly (403), mobile phone wireless charging slot (404), radiator window (405), everything wheel (406), 220V civil power input socket (407), photovoltaic charged socket (408), Ethernet socket (409), electric energy meter interface (410), CAN communication interface group (411), externally charge accessory power outlet (412), attacker (413), IC-card groove (414) and radiator fan (415) composition, wherein,
TF memory card slot (402), mobile phone USB charging inlet assembly (403) and IC-card groove (414) is offered from left to right successively on the outer wall top, front side of shell (401); Being provided with mobile phone wireless charging slot (404) in the middle part of the front side outer wall of shell (401), mobile phone wireless charger (6) is removably mounted on mobile phone wireless charging slot (404); The radiator window (405) for dispelling the heat is offered in the outer wall bottom, front side of shell (401); Equipped with being used for connecing 220V civil power input socket (407) of civil power on the front side outer wall of the housing shell (401) in the middle of radiator window;
The corner of housing shell (401) bottom outer wall is respectively provided with four everythings wheel (406);
Ethernet socket (409) and electric energy meter interface (410) it is sequentially provided with in the bottom of shell (401) outer right wall; In shell (401) outer right wall of Ethernet socket (409) and electric energy meter interface (410) top, it is sequentially provided with photovoltaic charged socket (408), CAN communication interface group (411), externally charges accessory power outlet (412);
Same position at the left side outer wall of shell (401) and the outer right wall of shell (401) is respectively provided with an attacker (413);
Radiator fan (415) is installed in the middle part of the rear side inwall of shell (401).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521001550.1U CN205304287U (en) | 2015-12-08 | 2015-12-08 | Portable electric pile that fills |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521001550.1U CN205304287U (en) | 2015-12-08 | 2015-12-08 | Portable electric pile that fills |
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| Publication Number | Publication Date |
|---|---|
| CN205304287U true CN205304287U (en) | 2016-06-08 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521001550.1U Expired - Fee Related CN205304287U (en) | 2015-12-08 | 2015-12-08 | Portable electric pile that fills |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106100044A (en) * | 2016-07-14 | 2016-11-09 | 江苏邦德新能源科技有限公司 | New forms of energy charger |
| CN106627238A (en) * | 2017-01-16 | 2017-05-10 | 国网山东省电力公司龙口市供电公司 | Electromobile charging pile and electromobile charging control device |
| CN108183528A (en) * | 2018-01-25 | 2018-06-19 | 欣旺达电子股份有限公司 | Outdoor power system |
| WO2018192192A1 (en) * | 2017-04-19 | 2018-10-25 | 上海蔚来汽车有限公司 | Distributed mobile battery charging/swapping vehicle system and energy storing-type charging pile assembly |
| CN109927586A (en) * | 2018-09-13 | 2019-06-25 | 哈尔滨理工大学 | A kind of mobile energy storage wireless charging device of electric car and control method in the sufficient area of suitable illumination |
-
2015
- 2015-12-08 CN CN201521001550.1U patent/CN205304287U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106100044A (en) * | 2016-07-14 | 2016-11-09 | 江苏邦德新能源科技有限公司 | New forms of energy charger |
| CN106627238A (en) * | 2017-01-16 | 2017-05-10 | 国网山东省电力公司龙口市供电公司 | Electromobile charging pile and electromobile charging control device |
| WO2018192192A1 (en) * | 2017-04-19 | 2018-10-25 | 上海蔚来汽车有限公司 | Distributed mobile battery charging/swapping vehicle system and energy storing-type charging pile assembly |
| CN108183528A (en) * | 2018-01-25 | 2018-06-19 | 欣旺达电子股份有限公司 | Outdoor power system |
| CN109927586A (en) * | 2018-09-13 | 2019-06-25 | 哈尔滨理工大学 | A kind of mobile energy storage wireless charging device of electric car and control method in the sufficient area of suitable illumination |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| DD01 | Delivery of document by public notice | ||
| DD01 | Delivery of document by public notice |
Addressee: Patent director of ouruizhinuo energy technology (Tianjin) Co., Ltd Document name: Notice of termination of patent |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160608 Termination date: 20191208 |