CN209616915U - Roller shutter type cabinet door and charging cabinet - Google Patents
Roller shutter type cabinet door and charging cabinet Download PDFInfo
- Publication number
- CN209616915U CN209616915U CN201920117515.8U CN201920117515U CN209616915U CN 209616915 U CN209616915 U CN 209616915U CN 201920117515 U CN201920117515 U CN 201920117515U CN 209616915 U CN209616915 U CN 209616915U
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- roller shutter
- conduit
- charging
- downslide
- cabinet
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- 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
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T10/00—Road transport of goods or passengers
- Y02T10/60—Other road transportation technologies with climate change mitigation effect
- Y02T10/70—Energy storage systems for electromobility, e.g. batteries
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- 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
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T10/00—Road transport of goods or passengers
- Y02T10/60—Other road transportation technologies with climate change mitigation effect
- Y02T10/7072—Electromobility specific charging systems or methods for batteries, ultracapacitors, supercapacitors or double-layer capacitors
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- 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
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T90/00—Enabling technologies or technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02T90/10—Technologies relating to charging of electric vehicles
- Y02T90/12—Electric charging stations
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- Charge And Discharge Circuits For Batteries Or The Like (AREA)
Abstract
The utility model relates to battery boosting technology fields, specifically, being related to a kind of roller shutter type cabinet door and charging cabinet.The roller shutter type cabinet door includes roller shutter door body, and roller shutter door body is slideably cooperated with one stroke conduit, and stroke conduit includes the first conduit component and the second conduit component；First conduit member upper is equipped with the first downslide bowl assembly for cooperating with corresponding roller shutter door body lower end, and the first upper hopper chute component for cooperating with corresponding roller shutter door body upper end is equipped on the downside of the first conduit component；Second conduit member upper is equipped with the second downslide bowl assembly for cooperating with corresponding roller shutter door body lower end, and the second upper hopper chute component for cooperating with corresponding roller shutter door body upper end is equipped on the downside of the second conduit component.The charging cabinet includes above-mentioned roller shutter type cabinet door.The utility model can preferably substitute existing cabinet door.
Description
Technical field
The present invention relates to battery boosting technology fields, specifically, being related to a kind of roller shutter type cabinet door and charging cabinet.
Background technique
The shorter problem of the existing generally existing course continuation mileage of battery truck, to greatly limit the further hair of battery truck
Exhibition.Traditional battery truck needs the charging interface at the charger insertion battery truck car body by outfit to fill when being charged
Electricity, but since battery truck volume is larger, there is a problem of charging inconvenience.Therefore occur in the market can with battery truck car body into
The isolated rechargeable battery of row, enables a user to charge to it after preferably dismantling rechargeable battery.Although this measure is significantly
The charging operations of battery truck user are simplified, but still without solving the problems, such as that existing battery truck course continuation mileage is shorter.Needle
The problem of to how to promote battery truck course continuation mileage, although the research promoted to the capacity of the rechargeable battery of battery truck is especially
It is important, but prior is how to provide a kind of outdoor electrically-charging equipment more comprehensively, safe.Although in the prior art
There are a variety of storage battery bicycle charging stations as disclosed in China Patent No. " 2016203934667 ", but it is a variety of present in it
Drawback, such as safe differential, charging process can not monitor, charge wiring complexity, it is too numerous to enumerate.
Summary of the invention
The present invention provides a kind of roller shutter type cabinet door, certain or certain defects of the prior art can be overcome.
Roller shutter type cabinet door according to the present invention comprising roller shutter door body, roller shutter door body slideably with one stroke conduit into
Row cooperation, stroke conduit include the first conduit component and the second conduit component；
First conduit member upper is equipped with the first downslide bowl assembly for cooperating with corresponding roller shutter door body lower end, the first slot
The first upper hopper chute component for cooperating with corresponding roller shutter door body upper end is equipped on the downside of road component；First downslide bowl assembly and first
Upper hopper chute component is mutually horizontal to be set at the two sides of cabinet chamber opening, and dragging track when rolling screen door is stretched in vitro is used to form；
Second conduit member upper is equipped with the second downslide bowl assembly for cooperating with corresponding roller shutter door body lower end, the second slot
The second upper hopper chute component for cooperating with corresponding roller shutter door body upper end is equipped on the downside of road component；Second downslide bowl assembly and second
Upper hopper chute component is set to the side-walls of cabinet chamber with the first downslide bowl assembly and the first upper hopper chute component flush with each other respectively, and uses
In the dragging track for forming the time receiving in rolling screen door body.
In the present invention, cooperated by roller shutter door body and stroke conduit, radial type that can preferably to existing cabinet body
Cabinet door is replaced, so as to preferably realize the opening and closing to cabinet body opening.And due to the first conduit component and the second conduit
The two sides up and down of component can be configured to the sliding slot for being cooperated with roller shutter door body, so that roller shutter type of the invention
Cabinet door can preferably apply at the cabinet body with multiple storage silos.
Preferably, the first downslide bowl assembly includes the first downslide groove body of U-shaped profile, the first downslide groove body
For being slidably matched with the lower end of corresponding roller shutter door body；It is anti-that the front side wall of first downslide groove body is vertically bent to form forward first
Backplate, the front side of the first protective plate are bent to form the second protective plate downward vertically；
First upper hopper chute component includes the first upper hopper chute main body of U-shaped profile, the first upper hopper chute main body be used for it is right
The upper end of roller shutter door body is answered to be slidably matched；The vertical forward fold of the front side wall of first upper hopper chute main body forms third protective plate, the
Three protective plates are for being cooperated with the first protective plate and the second protective plate to form guard assembly.
In the present invention, guard assembly can preferably form protection on front side of cabinet chamber, so as to preferably to first
Downslide groove body and the first upper hopper chute main body form protection, and make energy between the first upper hopper chute component and the first downslide bowl assembly
It is enough it is more convenient, closely cooperated.
Preferably, the first upper hopper chute component is set to below the first downslide bowl assembly by the first conduit connector, first
The rear wall of upper hopper chute main body is vertically bent to form backward for being attached with the downside of the first conduit connector by screw
The first upper hopper chute main body connecting plate.To preferably realize the company of the first downslide bowl assembly and the first upper hopper chute inter-module
It connects.
Preferably, the second conduit bracket includes the second conduit stent substrate, the second conduit stent substrate middle part is vertical curved
Folding forms bracket supporting plate, and the second downslide bowl assembly is set to above bracket supporting plate, and the second upper hopper chute component is set to bracket support
Below plate.To which structure is simple, is easy to implement.
Preferably, being equipped with cylinder connecting rack, cylinder connecting rack and gas at the side of the nearly second conduit component of roller shutter door body
Cylinder cooperation, cylinder is for driving roller shutter door body to slide along stroke conduit.By the setting of cylinder, roller shutter can be preferably realized
The automatic telescopic of door body, so as to preferably realize the automatic open-close of roller shutter door body.
Preferably, cylinder connecting rack includes the first connection frame and the second connection frame, be equipped at the first connection frame for
First card slot of roller shutter door body cooperation is equipped with the second card slot for cooperating with cylinder piston boom end at the second connection frame.From
And preferably facilitate the cooperation of cylinder connecting rack Yu the gentle cylinder of roller shutter door body.
The present invention also provides a kind of electric charging cabinets comprising cabinet body, cabinet body include cabinet body main body；It is equipped in cabinet body main body
Multiple independent charging storehouses, charging storehouse is for placing rechargeable battery；The door in charging storehouse uses any above-mentioned roller shutter type cabinet door.
So as to opening and closing for the opening preferably to charging storehouse.
Preferably, the bottom plate in charging storehouse is formed by transverse slat, the first downslide bowl assembly is structure as a whole with transverse slat, under first
The rear wall of sliding slot main body is bent to form downwards vertically by transverse slat front end, and the lower wall of the first downslide groove body is by the first gliding groove
The rear wall of main body is vertically bent to form forward, and the front side wall of the first downslide groove body is vertical by the first downslide groove body lower wall
It is folded upward to be formed.The form that first downslide bowl assembly and transverse slat are structure as a whole, can preferably realize the first gliding groove group
Part, so that overall structure is relatively simple.
Detailed description of the invention
Fig. 1 is the positive structure schematic of the cabinet body in embodiment 1；
Fig. 2 is the structure schematic diagram of the cabinet body in embodiment 1；
Fig. 3,4,5 and 6 are the partial structure diagram of the cabinet body main body in embodiment 1；
Fig. 7 is the cooperation schematic diagram of the reinforcing rod and transverse slat in embodiment 1；
Fig. 8 and 9 is respectively the structural schematic diagram of the traveling wheel and walking wheel body in embodiment 1；
Figure 10 and 11 is respectively the structural schematic diagram of the charging interface mounting base and charging plug in embodiment 1；
Figure 12 and 13 is respectively the structural schematic diagram of the top and bottom of the rechargeable battery 360 in embodiment 1；
Figure 14 is the structural schematic diagram of the charging socket in embodiment 1；
Figure 15 is the cooperation schematic diagram of the transverse slat and guiding rail bar in embodiment 1；
Figure 16 is the underside structures schematic diagram of the transverse slat in embodiment 1；
Figure 17 is the structural schematic diagram of the spring ball in embodiment 1；
Figure 18 is that the roller battery in embodiment 2 goes out the cooperation schematic diagram of mechanism and transverse slat that puts in storage；
Figure 19 is the partial structure diagram of Figure 18；
Figure 20-22 is the structural schematic diagram of the idler wheel mechanism in embodiment 2；
Figure 23 is the schematic diagram of the electric charging cabinet in embodiment 3；
Figure 24 is the scheme of installation of the roller shutter type cabinet door in embodiment 3；
Figure 25 is the assembling schematic diagram of the roller shutter type cabinet door in embodiment 3；
Figure 26 is the cooperation schematic diagram of the cylinder connecting rack and roller shutter door body in embodiment 3；
Figure 27 and 28 is respectively the structural schematic diagram of the cylinder connecting rack and stroke conduit in embodiment 3；
Figure 29 and 30 is the structural schematic diagram of the first conduit component in embodiment 3；
Figure 31-34 is respectively the first downslide bowl assembly, the first upper hopper chute component, the first conduit connector in embodiment 3
With the structural schematic diagram of the second conduit component；
Figure 35 and Figure 36 is the structural schematic diagram of the second conduit bracket in embodiment 3；
Figure 37 is the partial structure diagram of one of embodiment 4 electric charging cabinet；
Figure 38 is the structural schematic diagram of the fire plant in embodiment 4；
Figure 39-42 is respectively that fire extinguishment container bracket, container mounting plate, the first clips and second in embodiment 4 are fixed
The structural schematic diagram of hoop；
Figure 43 is the system block diagram schematic diagram for filling, changing electric cabinet management system in embodiment 5；
Figure 44 is the system block diagram schematic diagram between electric power controller and rechargeable battery in embodiment 5；
Figure 45 is the system block diagram schematic diagram of the power supply unit in embodiment 5.
Specific embodiment
To further appreciate that the contents of the present invention, the present invention is described in detail in conjunction with the accompanying drawings and embodiments.It should be understood that
, embodiment be only to the present invention explain and and it is non-limiting.
Embodiment 1
Present embodiments provide a kind of electric charging cabinet, can be provided for existing battery truck battery one can charge,
Or the place of replacement battery.
As illustrated in fig. 1 and 2, the electric charging cabinet of the present embodiment includes cabinet body 100, and cabinet body 100 includes cabinet body main body 110, cabinet
110 bottom of phosphor bodies is equipped with traveling wheel 120.The setting of traveling wheel 120 can preferably facilitate the movement of cabinet body 100.
As seen in figures 3-6, cabinet body main body 110 includes backboard 310, and bottom plate 320,310 upside of backboard are equipped on the downside of backboard 310
Equipped with top plate 330.Side plate 111 is equipped on the outside of backboard 310, side plate 111 is on the direction on upside, left side and right side to backboard 310
Form package.Be collectively formed front cavity between the front side of backboard 310 and bottom plate 320, top plate 330 and side plate 111,310 rear side of backboard with
Rear chamber is collectively formed between bottom plate 320, top plate 330 and side plate 111, forms upper cavity 340 between top plate 330 and side plate 111.
Compartment of terrain is equipped with starting stave 411 and the second riser 412, starting stave 411 and the along the vertical direction in front cavity
Two risers 412 are parallel to each other and are vertical at backboard 310, the upper and lower ends difference of starting stave 411 and the second riser 412
It extends at top plate 330 and bottom plate 320.The first battery cavities, starting stave 411 and are formed between starting stave 411 and side plate 111
Heat dissipation cavity 420 is formed between two risers 412, forms the second battery cavities between the second riser 412 and side plate 111.First battery cavities and
The transverse slat 350 of multiple settings that slope inwardly, corresponding the multiple transverse slat are equipped at intervals in two battery cavities in the vertical direction
First battery cavities and the second battery cavities are divided into multiple independent charging storehouses 351 by 350, and charging storehouse 351 is for placing charging
Battery 360.
Be equipped in cabinet body main body 110 electric power controller 430 and with the one-to-one multiple charging units in charging storehouse 351
510, charging unit 510 includes set on the charging interface 440 to inductive charging Cang351Chu.Electric power controller 430 can be used in pair
Charging unit 510 is managed, and charging unit 510 can be used in realizing filling to rechargeable battery 360 by charging interface 440
Electricity.
It, can be preferably in cabinet body main body by backboard 310, bottom plate 320, top plate 330 and side plate 111 in the present embodiment
The multiple mutually independent cavitys of segmentation portion in 110, then further through starting stave 411, the second riser 412 and multiple transverse slats 350,
Multiple independent charging storehouses 351 can be preferably formed in cabinet body main body 110, so that rechargeable battery 360 can be preferably
It is placed in charging storehouse 351 and charges, so as to preferably facilitate the outdoor charging operations of rechargeable battery 360, effectively
Overcome the existing such as wiring complexity drawback as present in storage battery bicycle charging station.
In addition, due to the presence of rear chamber and upper cavity 340 so that inside cabinet body main body 110 such as electric power controller
430, the electrical equipments such as charging unit 510 can obtain relatively reasonable arrangement, consequently facilitating placement and the line of electrical equipment
Road arrangement.And the setting of heat dissipation cavity 420, the heat generated in cabinet body main body 110 can be evacuated, preferably so as to preferably
Prevent a variety of hidden danger caused by Yin Gaowen.
Wherein, since transverse slat 350 is the setting that slopes inwardly, it is therefore provided that the bottom wall in charging storehouse 351 can slope inwardly,
It pushes away so as to preferably facilitating user for rechargeable battery 360 and is put into charging storehouse 351, and charging electricity can be effectively prevented
Pond 360 generates positional shift because such as concussion of cabinet body main body 110 etc. is outer.
Wherein, electric power controller 430 can be set in upper cavity 340, and charging unit 510 can be set in rear chamber.
To preferably realize the placement of electric power controller 430 and charging unit 510.In addition, electric power controller 430 and charging
Device 510 is applied and more mature in existing multi-channel charger, and it will not go into details in the present embodiment.
It is equipped with first panel 130 on front side of upper cavity 340, is equipped with the first cover board 210 on rear side of upper cavity 340.Any charging storehouse
It is equipped with door 140 at 351 front openings, is equipped with second panel 150, rear chamber rear openings at 420 front openings of heat dissipation cavity
Place is equipped with the second cover board 220.First panel 130, the first cover board 210, second panel 150 and the second cover board 220 setting can
Preferably realize the protection to upper cavity 340, heat dissipation cavity 420 and rear chamber, and being capable of lifting cabinet phosphor bodies 110 on the whole
Beauty.And the setting of door 140, other than it can be realized the protection to charging storehouse 351, additionally it is possible to preferably to charging storehouse
Rechargeable battery 360 in 351 is protected, and then can be effectively prevented hair situations such as being stolen, accidentally take of rechargeable battery 360
It is raw.
The corresponding heat dissipation of first panel 130, the first cover board 210, second panel 150, door 140, bottom plate 320 and top plate 330
At chamber 420 and side plate 111 is equipped with heat release hole 160 to inductive charging Cang351Chu.The setting of heat release hole 160, so that charging storehouse
351, upper cavity 340 and rear chamber, which are respectively formed with the external world with heat dissipation cavity 420, is connected to, so as to effectively evacuate cabinet body main body
The heat generated during the charging process in 110, and then a variety of hidden danger of bring due to high temperature can be effectively prevented.
In the present embodiment, door 140 is hingedly set to corresponding charging Cang351Chu, and electronic lock is equipped at door 140.
In conjunction with shown in Fig. 3 and Fig. 6, door-hinge 370 is being equipped at the left and right sides between bottom plate 320 and top plate 330, door 140 is equal
It is rotatably arranged at door-hinge 370.So as to preferably realize the setting to door 140.In addition, in conjunction with Fig. 1 and Fig. 3 institute
Show, the corresponding any charging Cang351Chu of second panel 150 is equipped with display panel 170, and display panel 170 is used for to inductive charging
The working condition in storehouse 351 is shown.By the setting of display panel 170, enable a user to preferably know accordingly to fill
The working condition of electric Cang351Chu uses so that human-computer interaction is more friendly convenient for user.
In the present embodiment, a reinforcing rod 450 is equipped with below any transverse slat 350.So as to effectively to transverse slat 350
Intensity is reinforced, and then can preferably prevent transverse slat 350 from generating deformation because of compression.
In conjunction with shown in Fig. 6 and Fig. 7, for the transverse slat being located in same level in the first battery cavities and the second battery cavities
350 share a reinforcing rod 450, and the reinforcing rod 450 shared passes through starting stave 411 and the second riser 412 and both ends are prolonged
It extends at the corresponding inner wall of side plate 111.To preferably facilitate the setting of reinforcing rod 450, so that overall structure is relatively simple, in turn
Convenient for manufacture.
In conjunction with shown in Fig. 4-6,320 front and rear sides of bottom plate in the present embodiment are bent downward vertically, and 111 both ends of side plate are equal
Extend to the bending part of bottom plate 320.Bottom heat radiation chamber 380 is collectively formed between the bending part and side plate 111 of bottom plate 320.Bottom dissipates
The formation of hot chamber 380, can preferably increase radiating flow passage, so as to preferably heat radiation ability.
In the present embodiment, radiator fan 460 can be equipped at the heat release hole 160 of bottom plate 320 and first panel 130.From
And it being capable of preferably heat radiation ability.
As shown in FIG. 8 and 9, traveling wheel 120 includes traveling wheel mounting plate 810 and the row at traveling wheel mounting plate 810
Wheel body 820 is walked, walking wheel body 820 is set to 110 bottom of cabinet body main body by traveling wheel mounting plate 810.Walking wheel body 820
Including traveling wheel mounting base 910, a traveling wheel mounting bracket 821, traveling wheel peace can be rotatably set at traveling wheel mounting base 910
It fills and is equipped with idler wheel 822 at bracket 821.An adjusting screw rod 823,823 lower section of adjusting screw rod are additionally provided at traveling wheel mounting bracket 821
Equipped with a foot pad 824.
By the setting of adjusting screw rod 823, so that adjusting spiral shell can be turned up manually when needing mobile cabinet phosphor bodies 110
The height of bar 823, so as to preferably be moved to cabinet body main body 110；And when cabinet body main body 110 moves in place, energy
Enough height for turning down adjusting screw rod 823 manually, so as to preferably keep the placement position of cabinet body main body 110.To walk
This kind construction of wheel 120, can preferably facilitate moving and putting for cabinet body main body 110.
In the present embodiment, the whole rectangular triangle of traveling wheel mounting plate 810, the side of 810 right-angle side of traveling wheel mounting plate
Side with adjacent 320 bending part end of bottom plate and 111 end of side plate for being attached respectively, 810 oblique angle of traveling wheel mounting plate
The side on side is vertically bent upwards, is formed for contradicting corresponding 320 bending part of bottom plate and side plate 111 rib portions 811.To
Preferably realize the installation between traveling wheel mounting plate 810 and bottom plate 320, and the setting in rib portion 811 can preferably with it is right
320 bending part of bottom plate is answered to form the support construction of triangle, so as to effectively increase traveling wheel mounting plate 810 and bottom plate
Bonding strength between 320.
As shown in connection with fig. 7, the charging interface 440 of the present embodiment uses contact interface.It is filled so as to preferably facilitate
The charging operations of battery 360.
Wherein, the corresponding any charging Cang351Chu of backboard 310 is equipped with the peace of the charging interface for installing charging interface 440
Mouth is filled, charging interface 440 includes charging interface mounting base 710 and the charging plug 720 at charging interface mounting base 710.
The setting of charging interface mounting base 710 can preferably facilitate the setting of charging plug 720.
As shown in connection with fig. 10, charging interface mounting base 710 includes mounting base bottom plate 1010, between the upside of mounting base bottom plate 1010
It is equipped at least two plug mounting post 1020 every ground, is equipped with installation screw 1021 in the middle part of 1020 upper surface of plug mounting post.Mounting base
1010 both ends of bottom plate are vertically bent to form bottom plate bending part 1030 upwards, are equipped with mounting base connecting plate on rear side of bottom plate bending part 1030
1040, mounting base bottom plate 1010, bottom plate bending part 1030 and mounting base connecting plate 1040 are collectively formed support slot 1050, it is described at least
2 plug mounting posts 1020 are located in support slot 1050.On front side of bottom plate bending part 1030 be equipped with for cooperate on rear side of backboard 310
Bottom plate mounting plate 1060, installation through-hole 1061 is equipped at bottom plate mounting plate 1060.Pass through support slot 1050 and plug mounting post
1020 setting enables charging plug 720 to be fixed at charging interface mounting base 710 preferably by screw.
In conjunction with shown in Figure 11, charging plug 720 includes Plug base 1110,1110 corresponding plug mounting post of Plug base
Pedestal mounting hole 1111 is equipped at 1020.Bolt 1120 is equipped on front side of Plug base 1110, bolt 1120 is used for self-charging interface
It is protruded at installing port in charging storehouse 351.Jack connector terminal 1130, jack connector terminal 1130 are additionally provided at Plug base 1110
For realizing the electrical connection between bolt 1120 and corresponding charging unit 510.
As shown in Figures 12 and 13, rechargeable battery 360 includes battery case 1210, be equipped at battery case 1210 for fill
The charging socket 1310 that plug 720 cooperates.
In conjunction with shown in Figure 14, charging socket 1310 includes socket body 1410, and socket body 1410 corresponds at bolt 1120
It is equipped with equipped with slot 1420, in slot 1420 for the socket contact sheet 1421 electrically mated with bolt 1120, at socket body 1410
Be additionally provided with jack connector terminal 1430, jack connector terminal 1430 for realizing socket contact sheet 1421 and rechargeable battery 360 inside
The electrical connection of circuit.
In the present embodiment, by the cooperation of charging plug 720 and charging socket 1310, so that needing to rechargeable battery
360 when being charged, it is only necessary to rechargeable battery 360 is pushed into charging storehouse 351, can preferably realize rechargeable battery 360 with
The connection of charging interface 440 executes charging operations so as to preferably facilitate user.
In conjunction with shown in Figure 15, compartment of terrain is equipped with 2 guiding rail bars 1510 to the upside of transverse slat 350 in the direction of the width, and described 2
The guide groove 1520 being oriented to for the disengaging to battery case 1210 is formed between guiding rail bar 1510.2 guided ways
The setting of item 1510 can preferably form the guide groove 1520 for being oriented to rechargeable battery 360, so as to preferable
The push-in of rechargeable battery 360 is convenient on ground, and can preferably facilitate the cooperation of charging plug 720 and charging socket 1310.
In conjunction with shown in Figure 13 and Figure 15, battery case 1210, which is equipped at one end of charging socket 1310, is equipped with shell locating slot
1320, the shell locating piece 1530 for cooperating with shell locating slot 1320 is equipped at transverse slat 350.Pass through shell locating slot 1320
With the cooperation of shell locating piece 1530, it can further guarantee the relatively precisely cooperation of charging plug 720 and charging socket 1310,
And effectively battery case 1210 can be positioned, so as to preferably prevent because for example rechargeable battery 360 is charging
Appearance caused by being shaken in storehouse 351 such as the problems such as poor contact, damage device.
In addition, the bottom side of battery case 1210 is being additionally provided at least one sliding slot on the direction that it passes in and out charging storehouse 351
1330, transverse slat 350, which corresponds to, is equipped with rolling mechanism at sliding slot 1330.So as to preferably reduce battery case 1210 and charging storehouse
Friction between 351 bottom walls enters and leaves charging storehouse 351 so as to preferably facilitate rechargeable battery 360.
In conjunction with shown in Figure 16 and 17, the rolling mechanism in the present embodiment uses existing spring ball 1540, spring ball
1540 are set to 350 bottom side of transverse slat by a ballframe carriage 1610.To more easily realize rolling mechanism.
Embodiment 2
The present embodiment also provides a kind of electric charging cabinet, the difference from embodiment 1 is that: it is equipped with and rolls at transverse slat 350
Formula battery goes out mechanism of putting in storage, which, which goes out mechanism of putting in storage, preferably to replace the rolling mechanism in embodiment 1
It changes.
In conjunction with shown in Figure 18 and 19, the roller battery in the present embodiment goes out to put in storage mechanism including being spaced in the direction of the width
Two idler wheel mechanisms 1710 at transverse slat 350 are equipped with the idler wheel mechanism for installing idler wheel mechanism 1710 at transverse slat 350 and pacify
Tankage 1810, idler wheel mechanism mounting groove 1810 extend along the length direction of transverse slat 350.So as to preferably reduce battery case
Friction between 1210 and charging 351 bottom wall of storehouse, and then rechargeable battery 360 can be preferably facilitated and enter and leave charging storehouse 351.
In conjunction with shown in Figure 20-22, idler wheel mechanism 1710 includes the strip for cooperating with idler wheel mechanism mounting groove 1810
Idler wheel mounting base 1910, the idler wheel installation cavity 1911 of opening upwards, idler wheel installation cavity 1911 are equipped in idler wheel mounting base 1910
Extended in strip and along the length direction of idler wheel mounting base 1910.In idler wheel installation cavity 1911 in their extension direction between
Every being equipped with multiple idler wheels 1920, idler wheel 1920 is rotatably arranged at idler wheel installation cavity 1911 by roller shaft 2010, idler wheel peace
1911 side-walls of behaveing affectedly are equipped with the roller shaft jack 2020 for cooperating with roller shaft 2010.It, can be effective by such structure
Ground forms the slideway slided for rechargeable battery 360, so as to preferably facilitate the movement of rechargeable battery 360.
In conjunction with shown in Figure 20, roller shaft limit plate 1930, idler wheel are equipped at the lateral wall of 1911 two sides of idler wheel installation cavity
Axis limit plate 1930 is for limiting the corresponding end of roller shaft 2010.Pass through the setting of roller shaft limit plate 1930, energy
Enough abjections for preferably preventing roller shaft 2010, to preferably ensure that the functional reliability of idler wheel 1920.
In conjunction with shown in Figure 21,1910 upper end two sides of idler wheel mounting base are equipped with roller mount mounting plate 1940, roller mount installation
Be equipped at intervals with multiple connection plates 1941 on the downside of plate 1940,1810 two sides of idler wheel mechanism mounting groove be equipped with for connect plate
The connected slot 1820 of 1941 cooperations.It connects 1941 inside upper part of plate and forms plate card slot 1942, plate card slot 1942 is used for
It is engaged by clamping with transverse slat 350.So that idler wheel mounting base 1910 can be preferably set at transverse slat 350.
In conjunction with shown in Figure 18 and 19, idler wheel mechanism top plate 1720, idler wheel mechanism top plate are equipped at 350 upper front end of transverse slat
1720 for keeping plate card slot 1942 and transverse slat 350 to be engaged by clamping.This makes when installing to idler wheel mounting base 1910,
Connection plate 1941 can be inserted into corresponding connected slot 1820 first, later move back idler wheel mounting base 1910 to rear side
It can be preferably so that plate card slot 1942 and transverse slat 350 be engaged by clamping, later by installing idler wheel mechanism top plate 1720
Preferably idler wheel mounting base 1910 is fixed at transverse slat 350.
In conjunction with shown in Figure 19, idler wheel mechanism fixed plate 1830, roller machine are equipped with below 1810 rear end of idler wheel mechanism mounting groove
Structure fixed plate 1830 is used to connect by screw with the rear end face of idler wheel mounting base 1910.To further be installed convenient for idler wheel
The installation of seat 1910.
It should be understood that go out to put in storage mechanism can be to the rolling mechanism in embodiment 1 for roller battery in this implementation
It is replaced.And the charging interface 440 in the present embodiment can also be used using the contact interface in embodiment 1
Existing conventional structure, such as the form of jack.
Embodiment 3
As shown in figure 23, the present embodiment also provides a kind of electric charging cabinet, the difference from embodiment 1 is that: this implementation
Example provides a kind of roller shutter type cabinet door 2310 and is replaced to the door 140 in embodiment 1.
In conjunction with shown in Figure 24, roller shutter type cabinet door 2310 includes roller shutter door body 2410, the stroke conduit water of roller shutter door body 2410
At the inside of the flat opening for being set to charging storehouse 351 and starting stave 411 or the second riser 412, so that roller shutter door body 2410
It can preferably be slided, and then preferably be realized to charging storehouse 351 between the opening and heat dissipation cavity 420 in charging storehouse 351
The opening and closing of opening.
In the present embodiment, preferably the door 140 in embodiment 1 can be replaced by roller shutter type cabinet door 2310,
So as to preferably be opened and closed to charging storehouse 351 opening.
In conjunction with shown in Figure 25, one end of the nearly heat dissipation cavity 420 of roller shutter door body 2410 is equipped with cylinder connecting rack 2510, heat dissipation cavity
The cylinder connecting with cylinder connecting rack 2510 is equipped in 420, cylinder is for driving roller shutter door body 2410 to slide along stroke conduit.
By the setting of cylinder, the automatic sliding of roller shutter door body 2410 can be realized, preferably so as to preferably realize rolling screen door
The automatic open-close of body 2410.It is understood that cylinder in the present embodiment can preferably in alternate embodiment 1 electronics
Lock, the control by cylinder to roller shutter door body 2410 can preferably realize the opening and closing that charging storehouse 351 is open.
In conjunction with shown in Figure 26 and 27, cylinder connecting rack 2510 includes the first connection frame 2610 and the second connection frame 2620, the
It is equipped with the first card slot 2611 for cooperating with roller shutter door body 2410 at one connection frame 2610, is equipped with and uses at the second connection frame 2620
In the second card slot 2621 cooperated with cylinder piston boom end.To preferably facilitate cylinder connecting rack 2510 and roller shutter door body
2410 and cylinder cooperation.
In conjunction with shown in Figure 25 and Figure 28, stroke conduit includes being set to the first conduit component 2520 of 350 front side of transverse slat and setting
The second conduit component 2530 at heat dissipation cavity 420.On the upside of first conduit component 2520 be equipped with for corresponding roller shutter door body
First downslide bowl assembly 2521 of 2410 lower ends cooperation, be equipped on the downside of the first conduit component 2520 for corresponding roller shutter door body
First upper hopper chute component 2522 of 2410 upper ends cooperation.On the upside of second conduit component 2530 be equipped with for corresponding roller shutter door body
Second downslide bowl assembly 2531 of 2410 lower ends cooperation, be equipped on the downside of the second conduit component 2530 for corresponding roller shutter door body
Second upper hopper chute component 2532 of 2410 upper ends cooperation.
In the present embodiment, the first downslide bowl assembly 2521 and the first upper hopper chute component 2522 it is mutually horizontal be located at charging storehouse
At the two sides up and down of 351 openings, so as to formed roller shutter door body 2410 it is overhanging when dragging track, and then can be preferably real
The closing that 2410 pairs of charging storehouses 351 of existing roller shutter door body are open；2532 energy of second downslide bowl assembly 2531 and the second upper hopper chute component
Enough settings with 2522 flush with each other of the first downslide bowl assembly 2521 and the first upper hopper chute component respectively can be set to charging storehouse
351 side-walls, so as to form the dragging track in time receiving in roller shutter door body 2410, and then being capable of preferably roller shutter door body
The opening that 2410 pairs of charging storehouses 351 are open.
In conjunction with shown in Figure 29 and Figure 30, the first downslide bowl assembly 2521 is structure as a whole with transverse slat 350, the first upper hopper chute group
Part 2522 is set to 2521 lower section of the first downslide bowl assembly by the first conduit connector 3010.So as to preferably realize first
Downslide bowl assembly 2521, so that overall structure is relatively simple.
In conjunction with shown in Figure 31, the first downslide bowl assembly 2521 includes the first downslide groove body 3110 of U-shaped profile, the
One gliding groove main body 3110 with the lower end of corresponding roller shutter door body 2410 for being slidably matched.The rear side of first downslide groove body 3110
Wall is bent to form downwards vertically by 350 front end of transverse slat, and the lower wall of the first downslide groove body 3110 is by the first downslide groove body
3110 rear wall is vertically bent to form forward, and the front side wall of the first downslide groove body 3110 is by under the first downslide groove body 3110
Side wall is bent to form vertically upward.In addition, the front side wall of the first downslide groove body 3110 is vertically bent to form forward the first protection
Plate 3120, the front side of the first protective plate 3120 are bent to form the second protective plate 3130 downward vertically.
In conjunction with shown in Figure 32, the first upper hopper chute component 2522 includes the first upper hopper chute main body 3210 of U-shaped profile, the
One upper hopper chute main body 3210 with the upper end of corresponding roller shutter door body 2410 for being slidably matched.The front side of first upper hopper chute main body 3210
The vertical forward fold of wall forms third protective plate 3220, and third protective plate 3220 is used for and the first protective plate 3120 and the second protection
Plate 3130 is cooperated to form guard assembly.The setting of guard assembly can not only be preferably formed to the first gliding groove master
The protection of body 3110 and the first upper hopper chute main body 3210, and can be preferably so that sliding on the first downslide bowl assembly 2521 and first
Can more convenient, closely it be cooperated between bowl assembly 2522.
In conjunction with shown in Figure 33, the rear wall of the first upper hopper chute main body 3210 be vertically bent to form backward for the first conduit
The first upper hopper chute main body connecting plate 3230 that the downside of connector 3010 is attached by screw, the first conduit connector 3010
Upside connect with the downside of transverse slat 350 by screw.To preferably realize on the first downslide bowl assembly 2521 and first
Connection between slide assembly 2522.
In conjunction with shown in Figure 34, the second conduit component 2530 includes the second conduit bracket 3410, and the second conduit bracket 3410 is set
At the inside of starting stave 411 or the second riser 412.Second downslide bowl assembly 2531 is set to the upper of the second conduit bracket 3410
Side, the second upper hopper chute component 2532 are set to the lower section of the second conduit bracket 3410.To which structure is simple, is easy to implement.
In conjunction with shown in Figure 35 and Figure 36, the second conduit bracket 3410 includes the second conduit stent substrate 3510, the second conduit
Stent substrate 3510 is for being bonded starting stave 411 or the second riser 412.The vertical bending in second conduit stent substrate, 3510 middle part
Bracket supporting plate 3520 is formed, the second downslide bowl assembly 2531 is set to 3520 top of bracket supporting plate, the second upper hopper chute component
2532 are set to 3520 lower section of bracket supporting plate.So that the second downslide bowl assembly 2531 and the second upper hopper chute component 2532 can
Preferably it is set at the second conduit bracket 3410.
It should be understood that the roller shutter type cabinet door 2310 in this implementation also can be used in embodiment 2 simultaneously.And this reality
Existing conventional structure can also be used, such as using the contact interface in embodiment 1 by applying the charging interface 440 in example
The form of jack.
Embodiment 4
As shown in figure 23, the present embodiment also provides a kind of electric charging cabinet, the difference from embodiment 1 is that: this implementation
Fire-fighting system is equipped at the cabinet body 100 of example.
As shown in figure 37, the fire-fighting system in the present embodiment includes the fire plant 3710 at upper cavity 340.
As shown in figure 38, fire plant 3710 includes fire extinguishment container bracket 3810, and fire extinguishment container bracket 3810 is set to epicoele
In body 340.It is equipped with fire extinguishment container 3820 at fire extinguishment container bracket 3810, is mounted with gas extinguishing agent in fire extinguishment container 3820, goes out
The opening of fiery container 3820 is connected with fire hose 3840 by air pressure valve 3830, and fire hose 3840 sequentially passes through all
Charging storehouse 351.One end of 3840 inner cavity of fire hose is connected to by air pressure valve 3830 with the inner cavity of fire extinguishment container 3820, is put out a fire soft
The other end of 3840 inner cavity of pipe is closed.
Fire plant 3710 in through this embodiment, so that temperature is excessively high at a certain charging storehouse 351 or generates open fire
When, fire hose 3840 can fuse rapidly, so that the gas extinguishing agent in fire extinguishment container 3820 can be poured in promptly
Corresponding charging Cang351Chu reduces loss so as to effectively inhibit the sprawling of fire behavior.
As shown in figure 39, fire extinguishment container bracket 3810 include container mounting plate 3910, container mounting plate 3910 be used for
The inner wall of cavity 340 connects.The side of container mounting plate 3910 is equipped with the first clips 3920 and the second clips 3930 simultaneously,
First clips 3920 and the second clips 3930 are respectively used to that the lower part of fire extinguishment container 3820 and top is fixed.Pass through
The setting of container mounting plate 3910, the first clips 3920 and the second clips 3930, can be preferably by fire extinguishment container 3820
It is fixed at fire extinguishment container bracket 3810.
As shown in figure 40, container mounting plate 3910 includes container mounting plate main body 4010, container mounting plate main body 4010
One end is vertically bent to form the container bottom end limit plate 4011 for being limited to 3820 bottom end of fire extinguishment container to the side.
So as to which preferably fire extinguishment container 3820 is fixed from bottom.
As shown in figure 41, the first clips 3920 include the first clips main body 4110 being in U-shape, the first clips main body
4110 both ends are respectively formed the first clips mounting portion for being cooperated with container mounting plate main body 4010 by bolt
4111.So as to preferably realize the cooperation between the first clips 3920 and container mounting plate main body 4010.
As shown in figure 42, the second clips 3930 include the second clips main body 4210 being in U-shape, the second clips main body
4210 both ends are respectively formed the second clips mounting portion for being cooperated with container mounting plate main body 4010 by bolt
4211.In addition, being also formed with the container limited for the top to fire extinguishment container 3820 at the second clips main body 4210
Upper limit plate 4220 is equipped with the bottleneck card slot for being fastened on 3820 bottleneck of fire extinguishment container at container top limit plate 4220
4221.So as to preferably realize the cooperation between the second clips 3930 and container mounting plate main body 4010.And bottleneck card slot
4221 setting can effectively be fixed fire extinguishment container 3820 from neck, pass through bottleneck card slot 4221 and bottom end limit plate
4011 cooperation can preferably realize the fixation of fire extinguishment container 3820.It should be understood that the fire-fighting system in this implementation is same
When also can be used in embodiment 2 and 3.And the charging interface 440 in the present embodiment can be using the contact in embodiment 1
Interface can also use existing conventional structure, such as the form of jack.
Embodiment 5
Present embodiments provide it is a kind of for filling in embodiment 1, change electric cabinet management system.
In conjunction with shown in Figure 43 comprising server, equal energy between server and rechargeable battery 360 and electric power controller 430
Data interaction is carried out, enough so as to preferably realize remotely by server to rechargeable battery 360 and electric power controller
The management and monitoring of data at 430, and then can preferably realize the remote supervisory to cabinet body 100.Electric power controller 430
Data collected can include charging time, environmental parameter etc., and the acquisition scheme of such parameter is in specific implementation only
Need to be referring to existing relevant programme, it will not go into details in the present embodiment.
Wherein, it can be communicated, be filled by modes such as wired, 4G or wifi between server and electric power controller 430
It can be communicated for example, by modes such as GPRS between battery 360 and server, so as to preferably realize that data pass
Defeated, this kind of data transfer mode is existing more mature technology, and it will not go into details in the present embodiment.
In addition, it is also able to carry out data interaction between rechargeable battery 360 and charging unit 510 and electric power controller 430,
So as to preferably realize the monitoring to 360 charge data of rechargeable battery during the charging process.
In conjunction with shown in Figure 44, rechargeable battery 360 includes temperature sensor, battery management system and battery main body.Wherein, electric
Pond management system can use existing BMS battery management system, so as to preferably realizing to the dynamic of battery main body and
The monitoring and upload of static parameter；Temperature sensor is used to detect the real time temperature at battery main body, and passes through BMS battery management
System is uploaded.
In the present embodiment, rechargeable battery 360 is connect by charging interface 440 with charging unit 510, it should be appreciated that
Charging interface 440 should include power connector and data connector, to realize to the charge and discharge of rechargeable battery 360 and data
Transmission, this is existing more mature technology, and it will not go into details in the present embodiment.
In the present embodiment, charging unit 510 includes charhing unit and discharge cell, and charhing unit includes charging circuit, is put
Electric unit includes discharge loop.Wherein, charging circuit can use the existing more mature charging circuit for secondary cell,
Therefore it will not go into details；Wherein, discharge loop can include that the resistive element being sequentially connected in series with charging interface 440 and switch are single
Member, switch unit are controlled by main control unit.
In the present embodiment, electric power controller 430 includes main control unit and power supply unit, and main control unit is for realizing to filling
Electric installation 510 and rechargeable battery 360 manage and control, and power supply unit is for accessing power grid and generating single for being supplied to charging
First charge power supply and the system power supply for driving whole system to run.
In the present embodiment, temperature sensor is real for carrying out when accessing charging interface 440 to the temperature of rechargeable battery 360
When detect, and be uploaded to main control unit, when 360 temperature of rechargeable battery is too low, main control unit control rechargeable battery 360 and put
Electric unit is connected, so that rechargeable battery 360 be made to heat up by way of 360 active discharge of rechargeable battery；It is set until being warming up to
When determining temperature threshold, main control unit just connects rechargeable battery 360 and charhing unit, to realize filling to rechargeable battery 360
Electricity.So as to be effectively prevented from when temperature is too low to rechargeable battery 360 charging caused by the damage of rechargeable battery 360
Wound.In addition, when rechargeable battery 360 when the temperature is excessively high, main control unit can actively cut off rechargeable battery 360 and charhing unit it
Between connection, so as to preferably prevent such as battery explosion, cause fire hidden danger.
In the present embodiment, power-sensing circuit is additionally provided at charhing unit, power-sensing circuit can be to charging circuit
Real-time working power is detected and is uploaded to main control unit, main control unit can in the operating power exception of charging circuit,
Connection between cutting rechargeable battery 360 and charhing unit in time, so as to preferably prevent as caused fire, fault
Etc. hidden danger.
In the present embodiment, the electronic lock at door 140 includes doorlock control unit and door lock, and main control unit can pass through door
Lock control unit realizes the control opened and closed to door lock, to realize the control of locking and the unlock to door 140.Display panel
170 include door lock display unit, and door lock display unit can show the open and-shut mode of door lock, and can be to charging storehouse
Rechargeable battery 360 whether is placed in 351 to be shown.Doorlock control unit and door lock are to have mostly in existing electronic lock
Component, and control to doorlock control unit is realized by main control unit, is also existing more mature technology, therefore this implementation
It will not go into details for example.In addition, door lock display unit shows the open and-shut mode of door lock, essence is exactly that doorlock control unit is producing
When raw unlock instruction and locking instruction, door lock display unit shows different states, what this was also known to the skilled person
Technology, also it will not go into details for the present embodiment.In addition, since main control unit can know whether there is charging electricity by charging interface 440
Pond 360 access, therefore can also realize relatively simplely door lock display unit to charging storehouse 351 in whether be placed with rechargeable battery
360 schemes shown, also it will not go into details in the present embodiment.
In the present embodiment, display unit and input unit can also be connected at main control unit, so as to preferably realize
Human-computer interaction function.As shown in connection with fig. 1, the display unit in the present embodiment and input unit are by being set to first panel 130
The touch-control display panel 180 at place is realized, to design reasonable, easy to use.
In conjunction with shown in Figure 45, power supply unit include grid interface unit, earth leakage protective device, ammeter, the first power supply unit and
Second power supply unit, for accessing power grid, earth leakage protective device is used for grid interface unit for realizing circuit protection function, ammeter
Realize electric quantity metering function, the first power supply unit is used for generating the charge power supply for being supplied to charhing unit, the second power supply unit
In the system power supply for generating driving whole system operation.
It should be understood that filling in the present embodiment, changing electric cabinet management system and also can preferably apply to embodiment 2-4
In.When applying in embodiment 3, in conjunction with shown in Figure 23, monitoring unit, monitoring unit energy can also be connected at main control unit
It enough include the camera 2320 at first panel 130, so as to preferably realize video monitoring function.Further, since
This can be replaced using existing cylinder control unit using the electronic lock in cylinder alternate embodiment 1 in embodiment 3
Doorlock control unit in embodiment so as to preferably realize the control to cylinder, and then is realized and to be opened and closed to door 140
Control.
Embodiment 6
Based on filling in embodiment 1-4, electric cabinet is changed, present embodiments provides a kind of business application method.It is specifically included,
Using filling in embodiment 1-4, electric cabinet is changed as the existing electric charging terminal such as battery of electric vehicle, so that user's energy
It is enough in the filling of the present embodiment, change replacement at electric cabinet and fill with the battery of electricity or charge the battery.
So as to meet a variety of daily demands of people, can preferably meet battery truck user to course continuation mileage into
The extended demand of row.
Schematically the present invention and embodiments thereof are described above, description is not limiting, institute in attached drawing
What is shown is also one of embodiments of the present invention, and actual structure is not limited to this.So if the common skill of this field
Art personnel are enlightened by it, without departing from the spirit of the invention, are not inventively designed and the technical solution
Similar frame mode and embodiment, are within the scope of protection of the invention.
Claims (8)
1. roller shutter type cabinet door, it is characterised in that: including roller shutter door body (2410), roller shutter door body (2410) slideably with one stroke
Conduit is cooperated, and stroke conduit includes the first conduit component (2520) and the second conduit component (2530)；
The first gliding groove group for cooperating with corresponding roller shutter door body (2410) lower end is equipped on the upside of first conduit component (2520)
Part (2521), be equipped on the downside of the first conduit component (2520) for corresponding roller shutter door body (2410) upper end cooperate first on cunning
Bowl assembly (2522)；First downslide bowl assembly (2521) and the mutual horizontal cabinet chamber that is set to of the first upper hopper chute component (2522) are open
Two sides at, be used to form roller shutter door body (2410) it is overhanging when dragging track；
The second gliding groove group for cooperating with corresponding roller shutter door body (2410) lower end is equipped on the upside of second conduit component (2530)
Part (2531), be equipped on the downside of the second conduit component (2530) for corresponding roller shutter door body (2410) upper end cooperate second on cunning
Bowl assembly (2532)；Second downslide bowl assembly (2531) and the second upper hopper chute component (2532) respectively with the first downslide bowl assembly
(2521) and first upper hopper chute component (2522) flush with each other be set to the side-walls of cabinet chamber, and be used to form roller shutter door body
(2410) dragging track in interior time receiving.
2. roller shutter type cabinet door according to claim 1, it is characterised in that: the first downslide bowl assembly (2521) includes cross section
The first downslide groove body (3110) being in U-shape, the first downslide groove body (3110) be used for under corresponding roller shutter door body (2410)
End is slidably matched；The front side wall of first downslide groove body (3110) is vertically bent to form forward the first protective plate (3120), and first
The front side of protective plate (3120) is bent to form the second protective plate (3130) downward vertically；
First upper hopper chute component (2522) includes the first upper hopper chute main body (3210) of U-shaped profile, the first upper hopper chute main body
(3210) for being slidably matched with the upper end of corresponding roller shutter door body (2410)；The front side wall of first upper hopper chute main body (3210) is vertical
Forward fold forms third protective plate (3220), and third protective plate (3220) is used to protect with the first protective plate (3120) and second
Plate (3130) is cooperated to form guard assembly.
3. roller shutter type cabinet door according to claim 2, it is characterised in that: the first upper hopper chute component (2522) passes through the first slot
Pipe connecting (3010) is set to below the first downslide bowl assembly (2521), and the rear wall of the first upper hopper chute main body (3210) hangs down backward
It is directly bent to form and is connected for the downside with the first conduit connector (3010) by the first upper hopper chute main body that screw is attached
Fishplate bar (3230).
4. roller shutter type cabinet door according to claim 1, it is characterised in that: the second conduit bracket (3410) includes the second conduit
Stent substrate (3510), the second conduit stent substrate (3510) middle part is vertically bent to form bracket supporting plate (3520), under second
Slide assembly (2531) is set to above bracket supporting plate (3520), and the second upper hopper chute component (2532) is set to bracket supporting plate
(3520) lower section.
5. roller shutter type cabinet door according to claim 1, it is characterised in that: the nearly second conduit component of roller shutter door body (2410)
(2530) cylinder connecting rack (2510) are equipped at side, cylinder connecting rack (2510) and cylinder cooperate, and cylinder is for driving volume
Curtain door body (2410) is slided along stroke conduit.
6. roller shutter type cabinet door according to claim 5, it is characterised in that: cylinder connecting rack (2510) includes the first connection frame
(2610) and the second connection frame (2620) first for cooperating with roller shutter door body (2410), is equipped at the first connection frame (2610)
Card slot (2611) is equipped with the second card slot (2621) for cooperating with cylinder piston boom end at the second connection frame (2620).
7. charging cabinet, it is characterised in that: including cabinet body (100), cabinet body (100) includes cabinet body main body (110)；Cabinet body main body
(110) multiple independent charging storehouses (351) are equipped in, charging storehouse (351) is for placing rechargeable battery (360)；It charges storehouse (351)
Door (140) use roller shutter type cabinet door as claimed in any one of claims 1 to 6.
8. charging cabinet according to claim 7, it is characterised in that: the bottom plate of charging storehouse (351) is formed by transverse slat (350),
First downslide bowl assembly (2521) is structure as a whole with transverse slat (350), and the rear wall of the first downslide groove body (3110) is by transverse slat
(350) front end is bent to form downwards vertically, and the lower wall of the first downslide groove body (3110) is by the first downslide groove body (3110)
Rear wall be vertically bent to form forward, the front side wall of the first downslide groove body (3110) is by under the first downslide groove body (3110)
Side wall is bent to form vertically upward.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920117515.8U CN209616915U (en) | 2019-01-24 | 2019-01-24 | Roller shutter type cabinet door and charging cabinet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920117515.8U CN209616915U (en) | 2019-01-24 | 2019-01-24 | Roller shutter type cabinet door and charging cabinet |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209616915U true CN209616915U (en) | 2019-11-12 |
Family
ID=68451339
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920117515.8U Active CN209616915U (en) | 2019-01-24 | 2019-01-24 | Roller shutter type cabinet door and charging cabinet |
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| Country | Link |
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| CN (1) | CN209616915U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109703401A (en) * | 2019-01-24 | 2019-05-03 | 肖劼 | Roller shutter type cabinet door and electric charging cabinet with the cabinet door |
-
2019
- 2019-01-24 CN CN201920117515.8U patent/CN209616915U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109703401A (en) * | 2019-01-24 | 2019-05-03 | 肖劼 | Roller shutter type cabinet door and electric charging cabinet with the cabinet door |
| CN109703401B (en) * | 2019-01-24 | 2023-08-08 | 杭州宇谷科技股份有限公司 | Rolling shutter type cabinet door and charging and replacing cabinet with same |
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Effective date of registration: 20191224 Address after: 311113 No.1, Qixian Road, Liangzhu street, Yuhang District, Hangzhou City, Zhejiang Province Patentee after: HANGZHOU YUGU TECHNOLOGY Co.,Ltd. Address before: 310013 Yusong Science Park, No. 1 Qixian Road, Yuhang District, Hangzhou City, Zhejiang Province Patentee before: Xiao Jie |
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| CP03 | Change of name, title or address |
Address after: Room 603, 6th floor, building 1, No.1, Qixian Road, Liangzhu street, Yuhang District, Hangzhou City, Zhejiang Province Patentee after: Hangzhou Yugu Technology Co.,Ltd. Address before: 311113 No.1, Qixian Road, Liangzhu street, Yuhang District, Hangzhou City, Zhejiang Province Patentee before: HANGZHOU YUGU TECHNOLOGY Co.,Ltd. |
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| CP03 | Change of name, title or address |