CN206155799U - Battery storage device and unmanned aerial vehicle - Google Patents
Battery storage device and unmanned aerial vehicle Download PDFInfo
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- CN206155799U CN206155799U CN201621176955.3U CN201621176955U CN206155799U CN 206155799 U CN206155799 U CN 206155799U CN 201621176955 U CN201621176955 U CN 201621176955U CN 206155799 U CN206155799 U CN 206155799U
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- lock assembly
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- 238000006243 chemical reaction Methods 0.000 claims description 30
- 238000003780 insertion Methods 0.000 claims description 23
- 230000037431 insertion Effects 0.000 claims description 23
- 238000000407 epitaxy Methods 0.000 claims description 18
- 230000000694 effects Effects 0.000 claims description 4
- 230000005540 biological transmission Effects 0.000 claims description 2
- 238000000034 method Methods 0.000 abstract description 10
- 238000010586 diagram Methods 0.000 description 8
- 230000000712 assembly Effects 0.000 description 5
- 238000000429 assembly Methods 0.000 description 5
- 230000005611 electricity Effects 0.000 description 5
- 239000000463 material Substances 0.000 description 5
- 238000005516 engineering process Methods 0.000 description 2
- 229920002725 thermoplastic elastomer Polymers 0.000 description 2
- 238000004026 adhesive bonding Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000003139 buffering effect Effects 0.000 description 1
- 229920001971 elastomer Polymers 0.000 description 1
- 238000004880 explosion Methods 0.000 description 1
- 238000003825 pressing Methods 0.000 description 1
- 230000035939 shock Effects 0.000 description 1
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Abstract
The utility model discloses a battery storage device, include: accomodate the main part and battery lock ends the mechanism, it is provided with at least one battery compartment that is used for accomodating the battery in the main part to accomodate, battery lock end the establishment of institution in on accomodating the main part, be used for battery assembly arrives accomodate the main part the in -process of battery compartment is instructed whether the battery assembles is target in place, and will when battery assembly targets in place battery lock end in in the battery compartment. The utility model also discloses an unmanned aerial vehicle. Whether assemble to target in place to the battery and instruct, make things convenient for the related operations personnel to carry out battery assembly, improve the possibility that battery assembly target in place, simultaneously, carry out the locking to the battery after battery assembly targets in place, prevent that the battery is not hard up or drop, be particularly useful for among the unmanned aerial vehicle.
Description
Technical field
The utility model is related to unmanned air vehicle technique field, more particularly, it relates to a kind of battery outer device and unmanned plane.
Background technology
With the fast development of unmanned air vehicle technique, unmanned plane is gradually applied to all trades and professions, such as civilian, navigation, aviation.
Most of SUAVs are all being powered to aircraft from charged pool of using, therefore, battery is assembled into one
Item important technology.To be breakneck thing if battery is not assembled in place, after taking off, battery is possible to loosen or takes off
Fall, and then cause aircraft power-off to be fallen damage, or even the lives and properties of people are threatened, thus, before taking off, it is ensured that
Absolutely assembling is in place very important work to battery.
Utility model content
The technical problems to be solved in the utility model is to assemble for the battery in existing unmanned plane and assemble in place
Problem, there is provided a kind of battery outer device and unmanned plane.
The technical scheme in the invention for solving the above technical problem there is provided a kind of battery outer device, including：
Storage main body and battery lock mechanism；
At least one is provided with the storage main body is used to receive the battery compartment of battery；
The battery lock mechanism is arranged in the storage main body, for being assembled to the storage main body in the battery
The battery compartment during indicate whether the battery assembles in place, and battery assembling in place when by the electricity
Pond is locked in the battery compartment.
Wherein, the battery lock mechanism includes：
Lock assembly and instruction component；
The lock assembly during the battery is assembled to the battery compartment by the battery bias, and described
Battery when assembling in place is reset to that the battery is locked in the battery compartment；
The instruction component is arranged in the storage main body, and is linked with the lock assembly, and then in the locking
Indicate whether the battery assembles in place under the control of component.
Wherein, the lock assembly includes locking slide block and sliding block spring, and in the battery battery compartment is assembled to
During, the battery overcomes the elastic reaction of the sliding block spring to be biased the locking slide block, in battery dress
After in place, the locking slide block resets under the elastic reaction of the sliding block spring, and then the battery is locked in described
In battery compartment.
Wherein, the lock assembly further includes slider bracket, and the slider bracket is fixed in the battery compartment, institute
State locking slide block to flexibly support on the slider bracket by the sliding block spring.
Wherein, the slider bracket is fixed on the bottom of the battery compartment, is provided with the slider bracket along the electricity
The direction of insertion in pond extend and for the battery on the first guide channel for coordinating of the first guide rib and with described first
First fluting of guide channel connection, wherein the locking slide block is arranged at the side away from the battery of the slider bracket,
And the first slotted section described in Jing is exposed in first guide channel, and the process of the battery compartment is assembled in the battery
In be biased by the first guide rib for being inserted into first guide channel.
Wherein, the close described slider bracket side of the locking slide block is provided with lock part, described in the lock part Jing
First fluting exposes to first guide channel, the second fluting is further provided with the locking slide block and with described second
The first fixed column that fluting is disposed adjacent, the side of the close described locking slide block of the slider bracket is provided with extension, institute
State in extension insertion second fluting, and be provided with the extension with first fixed column to second for extending
Fixed column, the two ends of the sliding block spring are sheathed on respectively in first fixed column and second fixed column, and then by institute
State locking slide block to flexibly support in the slider bracket.
Wherein, the biased direction of the locking slide block is vertical with the direction of insertion of the battery, and the lock part is towards institute
The side for stating the direction of insertion of battery is provided with guiding face for guiding first guide rib, and the lock part is away from described
The side of the direction of insertion of battery is provided with for the locking face of the first guide rib described in locking, and then is assembled in the battery
During position, the direction of insertion along the battery carries out locking to the battery.
Wherein, the second guiding extended along the direction of insertion of the battery is further provided with the side wall of the battery compartment
Rib or the second guide channel, the second guide rib arranged in the storage main body or the second guide channel are used for and the on the battery
Two guide channels or the second guide rib coordinate, and then the battery is locked in the vertical direction of the bottom of the battery compartment
Only.
Wherein, the lock assembly also includes slide block locating part, and the slide block locating part is fixed with the slider bracket and connected
Connect, the locking slide block is located between the slide block locating part and the slider bracket, and then limit the locking slide block in institute
State the biased direction movement of locking slide block.
Wherein, the instruction component includes button assembly, and the button assembly links with the lock assembly, and then in institute
Indicate whether the battery assembles in place under the control for stating lock assembly.
Wherein, the button assembly further controls the lock assembly battery is unlocked, so that described
Battery can take out from the battery compartment.
Wherein, when the lock assembly is biased and resetted, the button assembly is in relative to the storage main body
Differing heights.
Wherein, it is described to indicate that component is further included by key spring, wherein in the lock assembly by the battery bias
When, the button assembly resets under the elastic reaction by key spring, and when the lock assembly resets, the locking
Component is biased by the elastic reaction of key spring described in overcoming to the button assembly, and then causes the button assembly relative
Differing heights are in the storage main body.
Wherein, the button assembly is connected with the lock assembly, and then when the lock assembly is biased and resetted,
The button assembly is driven to differing heights by the lock assembly relative to the storage main body.
Wherein, the instruction component further includes to indicate support that the instruction support is fixed with the storage main body and connected
Connect, the button assembly nesting is arranged in the instruction support.
Wherein, the opposite sides of the storage main body is respectively arranged with the first battery compartment and the second battery compartment, the lock
Only component includes the first lock assembly being correspondingly arranged with first battery compartment and second battery compartment respectively and the second lock
Only component, the instruction component includes first button assembly and the second button assembly of setting nested with one another, wherein described first
Button assembly links with first lock assembly, and then first battery is indicated under the control of first lock assembly
Whether the battery in storehouse assembles in place, and second button assembly links with second lock assembly, and then described second
Indicate whether the battery in second battery compartment assembles in place under the control of lock assembly.
Wherein, the instruction component further includes to indicate support that the instruction support is fixed with the storage main body and connected
Connect, the instruction support, first button assembly and second button assembly are nested successively to be arranged.
Wherein, it is described to indicate between support and first button assembly or first button assembly and described second
Anti-rotation position-limit mechanism is provided between button assembly.
Wherein, first button assembly includes the first button and the first button tapered end, and second button assembly includes
Second button and the second button tapered end, the first button tapered end includes the first cylinder and is arranged at the one of first cylinder
First epitaxy part at end, the second button tapered end includes the second of the second cylinder and one end for being arranged at second cylinder
Epitaxy part, wherein the instruction support, first cylinder and second cylinder setting nested with one another, described first presses keying
Due to the other end of first cylinder, second button is fixed on the other end of second cylinder, and described second presses
Key is nested in first button, wherein first epitaxy part and the second epitaxy part are respectively to the both sides of the instruction support
Extend, and when first lock assembly and second lock assembly reset respectively with first lock assembly and described
Second lock assembly is contacted.
Wherein, first cylinder and the first button screw thread nested encryptions, second cylinder is pressed with described second
Push-to is crossed the screw penetrated from described one end of second cylinder and is fixedly connected.
Wherein, the instruction component further includes at least one positive stop key, and at least one positive stop key is arranged at institute
State between instruction support and first cylinder or first cylinder and second cylinder, to prevent first cylinder
Rotation of the rotation or second cylinder relative to the instruction support relative to first cylinder.
Wherein, at least one positive stop key includes the first positive stop key and the second positive stop key, and first positive stop key is arranged
Between the instruction support and first cylinder, to prevent first cylinder relative to the rotation of the instruction support；
Second positive stop key is arranged between first cylinder and second cylinder, to prevent second cylinder relative to institute
State the rotation of the first cylinder.
Wherein, the first accommodating hole and the second accommodating hole are provided with the instruction support, the instruction component is further wrapped
Include the first tapered end thimble, the first button spring, the first thimble jackscrew, the second tapered end thimble, the second button spring and the second top
Pin jackscrew, wherein the first tapered end thimble and the first button spring are locked in described first and house by the first thimble jackscrew
In hole so that the first tapered end thimble elastic reaction on first epitaxy part, and then in the first lock assembly quilt
During biasing, first button assembly is driven by the first tapered end thimble and is resetted, and when first lock assembly resets,
The elastic reaction of first button spring is overcome to be biased first button assembly by first lock assembly, institute
State the second tapered end thimble and the second button spring to be locked in second accommodating hole by the second thimble jackscrew so that described
Second tapered end thimble elastic reaction on second epitaxy part, and then when second lock assembly is biased, by described
Second tapered end thimble is driven second button assembly and resets, and when second lock assembly resets, is locked by described second
Only component overcomes the elastic reaction of second button spring to be biased the second button part component.
Wherein, the first button part component includes the first button and the first button tapered end, the second button assembly bag
The second button and the second button tapered end are included, first button includes the first cylinder and is arranged at described first cylinder one end
First fixed part, second button includes the second cylinder and is arranged at second fixed part of described second cylinder one end, its
Described in indicate support, first cylinder and second cylinder setting nested with one another, the first button tapered end is connected to
Between first fixed part and first lock assembly, and then in first lock assembly in bias state and reset
During state, first button assembly is driven to into differing heights relative to the storage main body by first lock assembly,
The second button tapered end is connected between second fixed part and second lock assembly, and then in second locking
When component is in bias state and reset state, by second lock assembly by second button assembly relative to the receipts
Main body of receiving drives to differing heights.
Wherein, the first button tapered end and the second button tapered end respectively by screw and first fixed part and
Second fixed part is fixedly connected.
Wherein, the first button tapered end and the second button tapered end respectively with first lock assembly and described
Two lock assemblies are snapped connection.
Wherein, it is provided with buffering between the first button tapered end and the second button tapered end and the instruction support
Pad.
Wherein, it is described to indicate to coordinate in D fonts on the section perpendicular to axial direction between support and first cylinder, with
First cylinder is prevented relative to the rotation of the instruction support.
Wherein, it is provided with least one limit rib on the first button tapered end and the second button tapered end, described first
At least one limit rib on button tapered end is arranged with least one limit rib mutual dislocation on the second button tapered end, with
Second cylinder is prevented relative to the rotation of the first cylinder.
Another technical scheme that the utility model solution above-mentioned technical problem is adopted there is provided a kind of unmanned plane, described
Unmanned plane is provided with above-mentioned battery outer device.
The beneficial effects of the utility model have：Indicate in place whether battery assembles, facilitate associative operation personnel to enter
Row battery is assembled, and improves battery assembling possibility in place, meanwhile, afterwards locking is carried out to battery in place in battery assembling, prevent
Battery loosens or comes off, in being particularly suited for unmanned plane.
Description of the drawings
Below in conjunction with drawings and Examples, the utility model is described in further detail, in accompanying drawing：
Fig. 1 is battery assembling overall schematic in place in the utility model；
Fig. 2 is the battery outer device of the utility model first embodiment and the schematic perspective view of battery；
Fig. 3 is the configuration schematic diagram of the battery outer device of above-mentioned first embodiment；
Fig. 4 is the side cross section structure diagram of the battery outer device of above-mentioned first embodiment；
Fig. 5 is the configuration schematic diagram that component is indicated in above-mentioned first embodiment；
Fig. 6 is the overlooking the structure diagram that component is indicated in above-mentioned first embodiment；
Fig. 7 a are that component is indicated in above-mentioned first embodiment in the first working condition and along the sectional structure signal of AA'
Figure；
Fig. 7 b are the instruction components of above-mentioned first embodiment in the second working condition and along the sectional structure signal of AA'
Figure；
Fig. 8 is the overall schematic of the battery outer device of the utility model second embodiment；
Fig. 9 is the battery outer device explosion structural representation of above-mentioned second embodiment；
Figure 10 is the cross section structure diagram of the battery outer device of above-mentioned second embodiment；
Figure 11 is the configuration schematic diagram that component is indicated in above-mentioned second embodiment；
Figure 12 a are the side structure schematic views that component is indicated in above-mentioned second embodiment；
Figure 12 b are the side cross section structure diagrams that component is indicated in above-mentioned second embodiment.
Specific embodiment
Battery outer device of the present utility model is indicated in place whether battery assembles by battery lock mechanism, square
Just associative operation personnel carry out battery assembling, improve battery assembling possibility in place, meanwhile, assemble in place afterwards to electricity in battery
Pond carries out locking, prevents battery from loosening or coming off, in being particularly suited for unmanned plane.
The utility model is described in detail below in conjunction with different embodiments.
With reference to Fig. 1-Fig. 7, the utility model provides a kind of battery outer device 100, and the battery outer device 100 includes receiving
Receive main body 1 and battery lock mechanism 2, wherein, battery locking structure 2 is arranged in storage main body 1, is provided with storage main body 1
At least one is used to receive the battery compartment 11,12 of battery 200, and battery lock mechanism 2 is used to be assembled to storage main body in battery 200
Indicate whether battery 200 assembles in place during 1 battery compartment, and the general (as shown in Figure 1) when battery 200 is assembled in place
Battery 200 is locked in battery compartment.The top of storage main body 1 is provided with battery indicator 13, and in the present embodiment, the electricity refers to
Show that device 13 is four LED lights.
Specifically, as shown in figure 3, battery lock mechanism 2 includes lock assembly 21,22 and indicates component 23, wherein, indicate
Component 23 is arranged in storage main body 1, and indicates that component 23 links with lock assembly.Lock assembly 23 is assembled to battery in battery
By battery bias during storehouse 11,12, and it is reset to be locked on battery in battery compartment 11,12 when battery is assembled in place,
Due to linking with lock assembly 21, indicate that component 23 indicates whether battery assembles in place under the control of lock assembly 21.
With further reference to Fig. 3 and Fig. 4, lock assembly 21 includes locking slide block 211 and sliding block spring 212, in battery assembling
To battery compartment during, battery overcomes the elastic reaction of sliding block spring 212 to be biased locking slide block 211, in battery dress
After in place, locking slide block 211 resets under the elastic reaction of sliding block spring 212, and battery is locked in battery compartment 11,12.
Wherein, such as Fig. 2-Fig. 7, indicate that component 23 includes button assembly, such as the first button assembly 231 and/or second are pressed
Key asembly 232, button assembly links with lock assembly 21, indicates whether battery assembles in place under the control of lock assembly 21.
Further, in the utility model, indicate that component 23 indicates whether battery assembling successfully passes it relative to storage main body 1
Directly perceived and facilitate loading and unloading battery highly determining, specifically, when lock assembly 21 is by biasing and reset, button assembly is relative
Differing heights are in storage main body 1.Additionally, button assembly control lock assembly 21 is unlocked to battery, so that battery
Can take out from battery compartment.Further, in the utility model, indicate that component 23 includes indicating support 234, the instruction support
234 are fixedly connected with storage main body 1, and button assembly nesting is arranged in instruction support 234, wherein, indicate that support 234 passes through
Screw is fixedly connected with storage main body 1, it is, of course, also possible to be connected using other modes, for example, snaps connection, and here is not limited
It is fixed.
Further, it is to realize indicating that component 23 links with lock assembly 21,22, in one embodiment, such as Fig. 2-figure
7, indicate that component 23 is included by key spring, such as the first button spring 235b and/or the second button spring 236b, wherein in locking
When component 21 is by battery bias, button assembly resets under the elastic reaction for pressing key spring, and when lock assembly 21 resets, lock
Only component 21 overcomes button assembly is biased by the elastic reaction of key spring, and then causes button assembly relative to storage master
Body 1 is in differing heights.
The battery outer device of first embodiment is illustrated below.
It is the battery outer device of the utility model first embodiment with reference to Fig. 2-Fig. 7.The battery outer device 100 is wrapped
Storage main body 1 and battery lock mechanism 2 is included, is received and the first battery compartment 11 for receiving battery 200 and the is provided with main body 1
Two battery compartments 12, battery locking structure 20 is arranged in storage main body 1, and battery lock mechanism 10 is used to be assembled in battery 200
Indicate whether battery 200 assembles in place during first battery compartment 11 or the second battery compartment 12 of storage main body 1, Yi Ji
Battery 200 is locked in the first battery compartment 11 or the second battery compartment 12 when battery 200 is assembled in place.
Specifically, as shown in Figure 2, Figure 3 and Figure 4, battery lock mechanism 2 includes the first lock assembly 21, the second locking group
Part 22 and indicate component 23, wherein, indicate component 22 be arranged at storage main body 1 on, and indicate component 23 respectively with the first locking
The lock assembly 22 of component 21 and second links.First lock assembly 21 is during battery 200 is assembled to the first battery compartment 11
Biased by battery 200, and be reset to that battery 200 is locked in the first battery compartment 11 when battery 200 is assembled in place, due to
First lock assembly 21 links, and indicates that component 23 indicates whether battery 200 assembles in place under the control of the first lock assembly 21.
Similarly, the second lock assembly 22 is biased during battery 200 is assembled to the second battery compartment 12 by battery 200, and in electricity
Pond 200 is reset to that battery 200 is locked in the second battery compartment 12 when assembling in place, due to linking with the second lock assembly 22,
Indicate that component 23 indicates whether battery 200 assembles in place under the control of the second lock assembly 22.It should be noted that at other
In embodiment, battery outer device 100 is only capable of receiving a battery 200, and now, battery lock mechanism 2 includes the first locking group
The lock assembly 22 of part 21 or second, for being assembled to the process of the first battery compartment 11 or the second battery compartment 12 in battery 200
It is middle to be biased by battery 200, and be reset to for battery 200 to be locked in the first battery compartment 11 or when battery 200 is assembled in place
In two battery compartments 12.
Wherein, as shown in Figure 3 and Figure 4, the first lock assembly 21 includes locking slide block 211, sliding block spring 212 and slide block
Frame 213, slider bracket 213 is fixed in the first battery compartment 11, and locking slide block 211 is flexibly supported in cunning by sliding block spring 212
On block support 213.During battery 200 is assembled to the first battery compartment 11, battery 200 overcomes the elasticity of sliding block spring 212
Effect is biased to locking slide block 211, after battery 200 is assembled in place, elasticity of the locking slide block 211 in sliding block spring 212
Effect is lower to be resetted, and then battery 200 is locked in the first battery compartment 11.
Further, the first lock assembly 21 includes slide block locating part 214, and slide block locating part 214 is consolidated with slider bracket 213
Fixed connection, locking slide block 211 is located between slide block locating part 214 and the support of slider bracket 213, and then limits locking slide block 211
Move in the biased direction of locking slide block 211.
Slider bracket 213 is fixed in the first battery compartment 11, and for example, in the illustrated embodiment, slider bracket 213 is fixed
Be provided with the bottom of battery compartment 11, slider bracket 213 along battery 200 direction of insertion extend and for battery 200
The first guide rib 201 coordinate the first guide channel 2131 and connect with the first guide channel 2131 first slot 2132.
In the present embodiment of diagram, in order that battery 200 is more firmly assembled in battery outer device 100, set on slider bracket 213
Two the first guide channels 2131 being parallel to each other are equipped with, one of them first guide channel 2131 is connected with the first fluting 2132, right
Ying Di, is provided with two the first guide ribs 201 being parallel to each other on battery 200.Certainly, in other embodiments, slider bracket
First guide channel 2131 being parallel to each other of three or the above can be set on 213.
As shown in Figures 2 and 3, locking slide block 211 is arranged at the side away from battery 200 of slider bracket 213, and Jing
One 2132 parts of fluting are exposed in the first guide channel 2131, and by inserting during battery 200 is assembled to battery compartment 11
The first guide rib 201 to the first guide channel 2131 is biased.Specifically, the close slider bracket 213 1 of locking slide block 211
Side is provided with lock part 2111, and the first flutings 2132 of Jing of lock part 2111 expose to the first guide channel 2131.Further, locking
The first fixed column 2113 for the second fluting 2112 being provided with slide block 211 and being disposed adjacent with the second fluting 2112.Such as Fig. 4 institutes
Show, the side of the close locking slide block 211 of slider bracket 213 is provided with extension 2133, and the insertion of extension 2,133 second is slotted
In 2112, and it is provided with extension 2133 and 2113 pairs of the second fixed columns 2134 to extension of the first fixed column, sliding block spring
212 two ends are sheathed on respectively in the first fixed column 2113 and the second fixed column 2132, and then locking slide block 211 is flexibly supported
In slider bracket 213.
The biased direction of locking slide block 211 is vertical with the direction of insertion of battery 200.As shown in figure 3, the direction of lock part 2111
The side of the direction of insertion of battery 200 is provided with the guiding face 2111a for guiding the first guide rib 201, and lock part 2111 is remote
The side of the direction of insertion of battery 200 is provided with the locking face 2111b for the first guide rib of locking 201, fills in battery 200
With in place when, the direction of insertion along battery 200 carries out locking to battery 200.
Wherein, as shown in Figures 2 and 3, the direction of insertion extension along battery 200 is provided with the side wall of the first battery compartment 11
The second guide rib 111, that is, receive main body 1 on be provided with the second guide rib 111, accordingly, second is provided with battery 200 and is led
Approaching channel 202, second guide rib 201 is used to coordinate with the second guide channel 202 on battery 200, at the bottom of the first battery compartment 11
Locking is carried out to battery 200 in the vertical direction in portion.Certainly, in other embodiments, arrange on the side wall of the first battery compartment 11
There is the second guide channel extended along the direction of insertion of battery 200, accordingly, the second guide rib is provided with battery 200 so that receive
The second guide channel arranged in main body 1 of receiving cooperates with the second guide rib on battery 200, to carry out vertically to battery 200
Locking on direction.
In embodiment as depicted, the first battery compartment 11 and the second battery compartment 12 are separately positioned on the phase for receiving main body 1
To both sides.First lock assembly 21 corresponds to the first battery compartment 11, and the second lock assembly 22 corresponds to the second battery compartment 12.Second
Lock assembly 22 is identical with the first lock assembly 21, and the second battery compartment 12 is identical with the first battery compartment 11, therefore, the second locking group
The particular technique feature of the battery compartment 12 of part 22 and second refers to respectively the explanation of the first lock assembly 21 and the first battery compartment 11,
This is no longer illustrated.
Wherein, as shown in Fig. 2, Fig. 4, Fig. 5 and Fig. 7, indicate that component 23 includes the first button assembly of setting nested with one another
231 and second button assembly 232, the first button assembly 231 links with the first lock assembly 21, the second button assembly more than 232
Two lock assemblies 22 link, and then, indicate battery 200 in the first battery compartment 11 is whether under the control of the first lock assembly 21
Assembling in place, indicates whether the battery 200 in the second battery compartment 12 assembles in place under the control of the second lock assembly 22.Enter one
Step ground, in the present embodiment, when the first lock assembly 21 is by biasing and reset, the first button assembly 231 is relative to storage master
Body 1 be in different height, similarly, when the second lock assembly 22 is by biasing and reset, the second button assembly 232 relative to
Storage main body 1 is in different height.Additionally, when battery 200 is taken out from battery outer device 100, the first button group
Part 231 controls the first lock assembly 21 and battery 200 is unlocked, so that battery 200 can take from the first battery compartment 11
Go out, similarly, the second button assembly 232 controls the second lock assembly 22 and battery 200 is unlocked, so that the energy of battery 200
It is enough to take out from the second battery compartment 12.It should be noted that in other embodiments, battery outer device 100 only receives one
Battery 200, now, indicates that component 23 includes the first button assembly 231 or the second button assembly 232, and then in the first locking
Component 21 either indicates whether are the first battery compartment 11 or the battery in the second battery compartment 12 under the control of the second lock assembly 22
Assembling is in place.
Further, indicate that component 23 includes indicating support 234, indicate that support 234 is fixedly connected with storage main body 1, refer to
Show that support 234, the second button assembly 232 are nested successively with the first button assembly 231 to arrange.In embodiment as depicted, refer to
Show that support 234 is fixedly connected on storage main body 1 by nut.
As shown in figure 5 and figure 7, the first button assembly 231 includes the first button 231a and the first button tapered end 231b, second
Button assembly 232 includes the second button 232a and the second button tapered end 232b, wherein, the first button tapered end 231b includes the first post
Body 2311b and be arranged at the first cylinder 2311b one end the first epitaxy part 2312b, the second button tapered end 232b includes the
Two cylinder 2321b and be arranged at the second cylinder 2321b one end the second epitaxy part 2322b.Indicate support 234, the second post
Body 2321b and the first cylinder 2311b settings nested with one another.First button 231a is fixed on the other end of the first cylinder 2311a, the
Two button 232a are fixed on the other end of the second cylinder 2321b, in the second button 232a nestings and the first button 231a, outside first
Prolong portion 2312b and the second epitaxy part 2322b to extend to the both sides for indicating support respectively.In the first lock assembly 21 and the second locking
Component 22 reset when, the first epitaxy part 2312b and the second epitaxy part 2322b respectively with the first lock assembly 21 and the second locking group
Part 22 is contacted, and as shown in Figure 7b, now, indicates that component 23 is in the first working condition.
As in the illustrated example, the first cylinder 2311b and the first button 231a screw thread nested encryptions, the second cylinder
2321b is fixedly connected with the second button 232a by the screw 237 penetrated from one end of the second cylinder 2321b.Certainly, at other
In embodiment, the first cylinder 2311b and the first button 231a and the second cylinder 2321b and the second button 232a can also be adopted
Other modes are attached, and for example with material stickup is pasted it is connected.
In order to prevent the first cylinder 2311b relative to the rotation or the second cylinder 2321b for indicating support 234 relative to the
The rotation of one cylinder 2311b, indicates between the button assembly 231 of support 234 and first or the first button assembly 231 is pressed with second
Anti-rotation position-limit mechanism is provided between key asembly 232.Further, indicate that component 23 includes at least one positive stop key (such as Fig. 5 institutes
Show 2331 or 2332), at least one positive stop key (as shown in Figure 5 2331 or 2332) be arranged at instruction support 234 with
Between first cylinder 2311b or the first cylinder 2311b and the second cylinder 2321b, to prevent the first cylinder 2311b relative to finger
Show support 234 rotation or the second cylinder 2321b relative to the first cylinder 2311b rotation.Specifically, such as Fig. 4 and Fig. 5 institutes
Show, at least one positive stop key includes the first positive stop key 2331 and the second positive stop key 2332, the first positive stop key 2331 is arranged at instruction
Between the cylinder 2311b of support 234 and first, for preventing the first cylinder 2311b relative to the rotation for indicating support 234.Second
Positive stop key 2332 is arranged between the first cylinder 2311b and the second cylinder 2321b, for prevent the second cylinder 2321b relative to
The rotation of the first cylinder 2311b.
As shown in fig. 7, indicating to be provided with the first accommodating hole 2341 and the second accommodating hole 2342 on support 234.In this enforcement
In example, the first accommodating empty 2341 and second accommodating hole 2342 is oppositely arranged.
Further, as shown in figure 5 and figure 7, indicate that component 23 includes the first thimble jackscrew 235a, the first button spring
235b, the first tapered end thimble 235c, the second thimble jackscrew 236a, the second button spring 236b and the second tapered end thimble 236c,
Wherein the first tapered end thimble 235c and the first button spring 235b are locked in the first accommodating hole 2341 by the first thimble jackscrew 235a
It is interior so that the first tapered end thimble 235c elastic reactions are biased on the first epitaxy part 2312b in the first lock assembly 21
When, the first button assembly 231 is driven by the first tapered end thimble 235c and is resetted (the first working condition as shown in Figure 7a), and
When first lock assembly 21 resets, the elastic reaction of the first button spring 235b is overcome to the first button by the first lock assembly 21
Component 231 is biased (the first working condition as shown in Figure 7b).It should be noted that in the present embodiment, in order that
Obtaining the first lock assembly 21 overcomes the effect of the first button spring 235b to be preferably biased to the first button assembly 231, the
The side near the first button assembly 231 of the locking slide block 211 of one lock assembly 21 is plane, similarly, the second locking group
The side near the second button assembly 232 of the locking slide block 221 of part 22 is also plane.
Similarly, the second tapered end thimble 236c and the second button spring 236b are locked in second by the second thimble jackscrew 236a
In accommodating hole 2342 so that the second tapered end thimble 236c elastic reactions on the second epitaxy part 2322b, and then in the second locking group
When part 22 is biased, being resetted by the second tapered end thimble 236c the second button assemblies 232 of transmission, (as shown in Figure 7a the first works
State), and when the second lock assembly 22 resets, the elastic reaction of the second button spring 236b is overcome by the second lock assembly 22
Second button part component 22 is biased (the first working condition as shown in Figure 7b).
The operation principle of the battery outer device in the present embodiment will be illustrated below.
During battery 200 is assembled to the first battery compartment 11 of battery outer device 100, battery 200 overcomes first
The elastic reaction of the sliding block spring 212 in lock assembly 21 is biased to the lock part 2111 on locking slide block 211, this process
In, indicate that component 23 is in the first working condition, indicate that the first tapered end thimble 235c in component 23 is driven the first button group
Part 231 resets, and then the first button assembly 231 is relative in different height, i.e. the first button 231a relative to storage main body 1
Different height is in storage main body 1.After battery 200 is assembled in place (as shown in Figure 1), the locking on locking slide block 211
Portion 2111 resets under the elastic reaction of sliding block spring 212, now, the locking face of the lock part 2111 on locking slide block 2111
2111b is close to battery 200, so that locking is carried out to battery 200 along the direction of insertion of battery 200, indicates that component 23 is in second
Working condition is planted, the locking slide block 211 in the first lock assembly 21 overcomes the first button spring 235b indicated in component 23
Elastic reaction is biased to the first button assembly 231, i.e., the first button 231a is biased, and now, the first button 231a is inclined
Put relative to the outer surface of main body 1 is received in identical height, show that battery is assembled in place (as shown in Figure 1).
When battery 200 is taken out from the first battery compartment 11, the first button in the first button assembly 231 is pressed
231a, now, the lock part 2111 that the first button assembly 231 is controlled on the locking slide block 211 in the first lock assembly 21 is carried out
Biasing, and then battery 200 is unlocked, so that battery 200 can take out from the first battery compartment 11.
In the same manner, battery is assembled to the second battery compartment 12 of battery outer device, and by battery from the second battery compartment 12
Middle taking-up, specific process is no longer described in detail.
With reference to Fig. 8, the utility model provides another kind of battery outer device 800, and the battery outer device 800 includes storage
Main body 8 and battery lock mechanism 9, wherein, battery locking structure 9 be arranged at storage main body 8 on, storage main body 8 on be provided with to
Few one battery compartment 81,82 for being used to receive battery 200, battery lock mechanism 9 is used to be assembled to storage main body 8 in battery 200
Battery compartment during indicate whether battery 200 assembles in place, and when battery 200 is assembled in place by the locking of battery 200
In battery compartment.The top of storage main body 8 is provided with battery indicator 83, and in the present embodiment, the battery indicator 83 is four
Individual LED light.
Specifically, as shown in figure 9, battery lock mechanism 9 includes lock assembly 91,92 and indicates component 93, wherein, indicate
Component 93 is arranged in storage main body 8, and indicates that component 93 links with lock assembly 91,92.Lock assembly 91,92 is filled in battery
Be fitted on during battery compartment by battery bias, and battery assembling in place when be reset to that battery is locked in battery compartment, by
In linking with lock assembly 91,92, indicate that component 93 indicates whether battery assembles in place under the control of lock assembly 91,92.
Wherein, as shown in Figure 9 and Figure 10, lock assembly includes locking slide block 911 and sliding block spring 912, in battery assembling
To battery compartment during, battery overcomes the elastic reaction of sliding block spring 912 to be biased locking slide block 911, in battery dress
After in place, locking slide block 911 resets under the elastic reaction of sliding block spring 912, and battery is locked in battery compartment 81,82.
Wherein, as shown in Fig. 8-Figure 12, indicate that component 93 includes button assembly, such as the first button assembly 931 and/or the
Two button assemblies 932, button assembly links with lock assembly 91,92, and whether battery is indicated under the control of lock assembly 91,92
Assembling is in place.Further, in the utility model, indicate that component 93 indicates whether battery assembling successfully passes it relative to receipts
Receive main body 8 height determining, it is directly perceived and facilitate loading and unloading battery, specifically, when lock assembly 91,92 is by biasing and reset,
Button assembly is in differing heights relative to storage main body 8.Additionally, button assembly control 91,92 pairs of batteries of lock assembly are carried out
Unblock, so that battery can take out from battery compartment.Further, in the utility model, indicate that component 93 includes indicating to prop up
Frame 934, the instruction support 93 is fixedly connected with storage main body 8, and button assembly nesting is arranged in instruction support 934, wherein,
Indicate that support 934 is fixedly connected by screw with storage main body 8, it is, of course, also possible to connect using other modes, for example buckle connects
Connect, be not limited thereto.
Further, it is to realize indicating that component and lock assembly link, as shown in Fig. 8-Figure 12, button assembly and locking group
Part 91,92 connect, so, when lock assembly 91,92 is by biasing and reset, lock assembly 91,92 by button assembly relative to
Storage main body drives to differing heights.Wherein, button assembly can may also be employed gluing with the connection of lock assembly using snapping connection
Patch material connection, is not limited thereto.
It is the battery outer device of the utility model second embodiment with reference to Fig. 8-Figure 12.With above-mentioned first embodiment
Difference is the first button assembly 931 and the first lock assembly 91 and the second button assembly 932 and the second lock assembly
92 linked manners are different, and the first button assembly 931 is different with the implementation of the second button assembly 932, specific as follows：
First button assembly 931 is connected with the first lock assembly 91, and then is biased and resetted in the first lock assembly 931
When, the first button assembly 931 is driven to differing heights by the first lock assembly 91 relative to storage main body 8.Second button assembly
932 are connected with the second lock assembly 92, and then when the second lock assembly 932 is by biasing and reset, the second lock assembly 92 will
Second button assembly 932 drives to differing heights relative to storage main body 8.
In addition, as shown in figure 11, the first button assembly 931 includes the first button 931a and the first button tapered end 931b, the
Two button assemblies 932 include the second button 932a and the second button tapered end 932b.In the present embodiment, the first button 931 includes
First cylinder 9311a and the first fixed part 9312a of first cylinder 9311a one end is arranged at, the second button 932a includes the
Two cylinder 9321a and the second fixed part 9322a of second cylinder 9321a one end is arranged at, wherein indicating support 934, first
Cylinder 9311a and the second cylinder 9321a settings nested with one another, the first button tapered end 931b be connected to the first fixed part 9312a with
Between first lock assembly 91, and then when the first lock assembly 91 is in bias state and reset state, by the first locking group
First button assembly 931 is driven to differing heights by part 91 relative to storage main body 8, and the second button tapered end 932b is connected to second
Between fixed part 9322a and the second lock assembly 92, and then when the second lock assembly 92 is in bias state and reset state,
Second button assembly 932 is driven to into differing heights relative to storage main body 8 by the second lock assembly 92.
As shown in Figure 10 and Figure 11, the first button tapered end 931b and the second button tapered end 932b respectively by screw 935 with
First fixed part 9312a and the second fixed part 9322a are fixedly connected.In other enforcements, the first button tapered end 931b and first
Fixed part 9312a can also be fixedly connected using other modes, and for example with material stickup is pasted it is connected, and here is not limited
It is fixed.
As shown in Figure 9 and Figure 10, the first button tapered end 931b and the second button tapered end 932b respectively with the first lock assembly
91 and second lock assembly 92 snap connection.In the present embodiment, close the first of the locking slide block 911 of the first lock assembly 91
The side of button tapered end 931b is provided with clamping part 9114, clamping part 9114 respectively with the first button tapered end 931b and the second button
Tapered end 932b connects, and similarly, the side near the second button tapered end 932b of the locking slide block 921 of the second lock assembly 92 sets
It is equipped with clamping part.Certainly, in other embodiments, the first button tapered end 931b and the second button tapered end 932b can also adopt it
He is connected respectively mode with the first lock assembly 91 and the second lock assembly 92, for example, using material stickup is pasted it is connected,
It is not limited thereto.
As shown in figure 11, it is provided between the first button tapered end 931b and the second button tapered end 932b and instruction support 934
Cushion pad 933, upsprings in the first button 931a or the second button 932a, reduces the first button 931a or the second button 932a
Shock, protect the first button 931a or the second button 932a, while reduce noise.In the present embodiment, the cushion pad 933
Can be made up of rubber, also can be made by other elastomeric materials, such as thermoplastic elastomer (TPE).
Indicate to coordinate in D fonts on the section perpendicular to axial direction between the cylinder 9311a of support 934 and first, to prevent
First cylinder 9311a is relative to the rotation for indicating support 934.As shown in figure 11, it is provided with the side of the first cylinder 9311a
The D types position 9313a of D fonts, due to the first cylinder 9311a and the instruction setting nested with one another of support 934, correspondingly, is indicating
D types position in support 934 corresponding to the first cylinder 9311a is provided with the position matched with D types position 9313a and (does not show in figure
Go out), and then, coordinate in D fonts on the section perpendicular to axial direction.
As shown in figure 11, it is provided with least one limit rib on the first button tapered end 931a and the second button tapered end 932a
936, in the present embodiment, on the first button tapered end 931a and the second button tapered end 932a three limit ribs 936 are provided with.The
At least one phase of limit rib 936 at least one limit rib 936 on one button tapered end 931a and the second button tapered end 932b
Mutually shift to install, to prevent the second cylinder 9311a relative to the rotation of the first cylinder 9321a.
The operation principle of the battery outer device in the present embodiment will be illustrated below.
During battery 200 is assembled to the first battery compartment 81 of battery outer device 800, battery 200 overcomes first
The elastic reaction of the sliding block spring 912 in lock assembly 91 is biased to the lock part 9111 on locking slide block 911, this process
In, due to the first lock assembly 91 with indicate the first button assembly 931 in component 93 and be connected, the first lock assembly 91 is by first
Button assembly 931 drives to differing heights, i.e. the first button 931a relative to storage main body 8 in not relative to storage main body 8
Same height.After battery 200 is assembled in place (as shown in Figure 1), the lock part 9111 on locking slide block 911 is in sliding block spring
Reset under 912 elastic reaction, now, the locking face 9111b of the lock part 9111 on locking slide block 9111 is close to battery 200,
To carry out locking to battery 200 along the direction of insertion of battery 200, due to the first lock assembly 91 with indicate in component 93 the
One button assembly 931 connects, and the first lock assembly 91 is driven the first button assembly 931 relative to storage main body 8, the first button
231a is biased to relative to the outer surface of main body 1 is received in identical height, shows that battery is assembled in place.
When battery 200 is taken out from the first battery compartment 11, the first button in the first button assembly 231 is pressed
231a, now, the lock part 2111 that the first button assembly 231 is controlled on the locking slide block 211 in the first lock assembly 21 is carried out
Biasing, and then battery 200 is unlocked, so that battery 200 can take out from the first battery compartment 11.
In the same manner, battery is assembled to into the second battery compartment of battery outer device, and battery is taken from the second battery compartment
Go out, specific process is no longer described in detail.
It should be noted that the shape of the storage main body in above-mentioned two example can be identical, and also can be different, the utility model
It is not construed as limiting.
The utility model also provides a kind of unmanned plane, and the unmanned plane includes the battery outer device of above-described embodiment.
The above, only the utility model preferably specific embodiment, but protection domain of the present utility model not office
It is limited to this, any those familiar with the art can readily occur in the technical scope that the utility model is disclosed
Change or replacement, all should cover within protection domain of the present utility model.Therefore, protection domain of the present utility model should be with
Scope of the claims is defined.
Claims (30)
1. a kind of battery outer device, it is characterised in that include：Storage main body and battery lock mechanism；
At least one is provided with the storage main body is used to receive the battery compartment of battery；
The battery lock mechanism is arranged in the storage main body, for being assembled to the institute of the storage main body in the battery
Indicate whether the battery assembles in place during stating battery compartment, and when the battery is assembled in place by the battery lock
Terminate in the battery compartment.
2. battery outer device according to claim 1, it is characterised in that the battery lock mechanism includes：
Lock assembly and instruction component；
The lock assembly during the battery is assembled to the battery compartment by the battery bias, and in the battery
When assembling in place it is reset to that the battery is locked in the battery compartment；
The instruction component is arranged in the storage main body, and is linked with the lock assembly, and then in the lock assembly
Control under indicate whether the battery assembles in place.
3. battery outer device according to claim 2, it is characterised in that the lock assembly includes locking slide block and cunning
Block spring, during the battery is assembled to the battery compartment, the battery overcomes the elastic reaction of the sliding block spring
The locking slide block is biased, after battery assembling in place, elasticity of the locking slide block in the sliding block spring
Effect is lower to be resetted, and then the battery is locked in the battery compartment.
4. battery outer device according to claim 3, it is characterised in that the lock assembly further includes slide block
Frame, the slider bracket is fixed in the battery compartment, and the locking slide block is flexibly supported in described by the sliding block spring
On slider bracket.
5. battery outer device according to claim 4, it is characterised in that the slider bracket is fixed on the battery compartment
Bottom, be provided with the slider bracket along the battery direction of insertion extend and for leading with first on the battery
The first guide channel for drawing rib cooperation and the first fluting connected with first guide channel, wherein the locking slide block is arranged at
The side away from the battery of the slider bracket, and the first slotted section described in Jing exposed in first guide channel,
And carried out partially by the first guide rib for being inserted into first guide channel during the battery is assembled to the battery compartment
Put.
6. battery outer device according to claim 5, it is characterised in that the close described slide block of the locking slide block
Frame side is provided with lock part, and the first fluting described in the lock part Jing exposes to first guide channel, the locking slide block
On be further provided with the second fluting and with described second the first fixed column that be disposed adjacent of fluting, the slider bracket leans on
The side of the nearly locking slide block is provided with extension, and the extension is inserted in second fluting, and on the extension
It is provided with first fixed column to the second fixed column for extending, the two ends of the sliding block spring are sheathed on respectively described the
In one fixed column and second fixed column, and then the locking slide block is flexibly supported in the slider bracket.
7. battery outer device according to claim 6, it is characterised in that the biased direction of the locking slide block with it is described
The direction of insertion of battery is vertical, and the lock part is provided with for guiding described the towards the side of the direction of insertion of the battery
The guiding face of one guide rib, the lock part is provided with for described in locking first away from the side of the direction of insertion of the battery
The locking face of guide rib, and then when the battery is assembled in place, the direction of insertion along the battery is locked to the battery
Only.
8. battery outer device according to claim 5, it is characterised in that further arrange on the side wall of the battery compartment
There is the second guide rib or the second guide channel extended along the direction of insertion of the battery, second arranged in the storage main body is led
Drawing rib or the second guide channel is used to coordinate with the second guide channel or the second guide rib on the battery, and then in the battery compartment
Bottom vertical direction on locking is carried out to the battery.
9. battery outer device according to claim 4, it is characterised in that the lock assembly also includes that slide block is spacing
Part, the slide block locating part is fixedly connected with the slider bracket, the locking slide block be located at the slide block locating part with it is described
Between slider bracket, and then limit biased direction movement of the locking slide block in the locking slide block.
10. battery outer device according to claim 2, it is characterised in that the instruction component includes button assembly, institute
State button assembly to link with the lock assembly, and then indicate whether the battery is assembled under the control of the lock assembly
Position.
11. battery outer devices according to claim 10, it is characterised in that further control is described for the button assembly
Lock assembly is unlocked to the battery, so that the battery can take out from the battery compartment.
12. battery outer devices according to claim 10, it is characterised in that biased and resetted in the lock assembly
When, the button assembly is in differing heights relative to the storage main body.
13. battery outer devices according to claim 12, it is characterised in that the instruction component further includes button
Spring, wherein when the lock assembly is by the battery bias, the button assembly is in the elastic reaction by key spring
Lower reset, and when the lock assembly resets, the lock assembly overcome the elastic reaction by key spring to it is described by
Key asembly is biased, and then causes the button assembly to be in differing heights relative to the storage main body.
14. battery outer devices according to claim 12, it is characterised in that the button assembly and the lock assembly
Connection, and then when the lock assembly is biased and resetted, the lock assembly is by the button assembly relative to the receipts
Main body of receiving drives to differing heights.
15. battery outer devices according to claim 10, it is characterised in that the instruction component further includes to indicate
Support, the instruction support is fixedly connected with the storage main body, and the button assembly nesting is arranged in the instruction support.
16. battery outer devices according to claim 10, it is characterised in that the opposite sides difference of the storage main body
Be provided with the first battery compartment and the second battery compartment, the lock assembly include respectively with first battery compartment and described second
The first lock assembly and the second lock assembly that battery compartment is correspondingly arranged, the instruction component includes the first of setting nested with one another
Button assembly and the second button assembly, wherein first button assembly links with first lock assembly, and then described
Indicate whether the battery in first battery compartment assembles in place under the control of the first lock assembly, second button assembly with
The second lock assembly linkage, and then the battery in second battery compartment is indicated under the control of second lock assembly
Whether assemble in place.
17. battery outer device according to claim 16, it is characterised in that the instruction component further includes to indicate
Support, the instruction support is fixedly connected with the storage main body, the instruction support, first button assembly and described
Second button assembly is nested successively to be arranged.
18. battery outer devices according to claim 17, it is characterised in that the instruction support and first button
Anti-rotation position-limit mechanism is provided between component or between first button assembly and second button assembly.
19. battery outer devices according to claim 17, it is characterised in that first button assembly is pressed including first
Key and the first button tapered end, second button assembly includes the second button and the second button tapered end, the first button tapered end
Including the first cylinder and first epitaxy part of the one end for being arranged at first cylinder, the second button tapered end includes second
Cylinder and be arranged at second cylinder one end the second epitaxy part, wherein it is described instruction support, first cylinder and
Second cylinder setting nested with one another, first button is fixed on the other end of first cylinder, second button
The other end of second cylinder is fixed on, and second button is nested in first button, wherein outside described first
Prolong the both sides of portion and the second epitaxy part respectively to the instruction support to extend, and in first lock assembly and second lock
Contact with first lock assembly and second lock assembly respectively when only component resets.
20. battery outer devices according to claim 19, it is characterised in that first cylinder and first button
Screw thread nested encryptions, second cylinder and second button are by the screw that penetrates from described one end of second cylinder
It is fixedly connected.
21. battery outer devices according to claim 19, it is characterised in that the instruction component is further included at least
One positive stop key, at least one positive stop key is arranged at the instruction support and first cylinder or first cylinder
Between second cylinder, to prevent rotation or second cylinder of first cylinder relative to the instruction support
Relative to the rotation of first cylinder.
22. battery outer device according to claim 21, it is characterised in that at least one positive stop key includes first
Positive stop key and the second positive stop key, first positive stop key is arranged between the instruction support and first cylinder, to prevent
Rotation of first cylinder relative to the instruction support；Second positive stop key is arranged at first cylinder with described
Between two cylinders, to prevent second cylinder relative to the rotation of first cylinder.
23. battery outer devices according to claim 19, it is characterised in that be provided with the first appearance on the instruction support
Hole and the second accommodating hole are put, the instruction component further includes the first tapered end thimble, the first button spring, the first thimble top
Silk, the second tapered end thimble, the second button spring and the second thimble jackscrew, wherein the first tapered end thimble and the first button bullet
Spring is locked in first accommodating hole by the first thimble jackscrew so that the first tapered end thimble elastic reaction is in described
On first epitaxy part, and then when first lock assembly is biased, pressed by the first tapered end thimble transmission described first
Key asembly resets, and when first lock assembly resets, by first lock assembly first button spring is overcome
Elastic reaction first button assembly is biased, the second tapered end thimble and the second button spring are by described second
Thimble jackscrew is locked in second accommodating hole so that the second tapered end thimble elastic reaction is in second epitaxy part
On, and then when second lock assembly is biased, second button assembly is driven by the second tapered end thimble and is resetted,
And when second lock assembly resets, the elastic reaction pair of second button spring is overcome by second lock assembly
The second button part component is biased.
24. battery outer devices according to claim 17, it is characterised in that the first button part component includes first
Button and the first button tapered end, second button assembly includes the second button and the second button tapered end, the first button bag
Include the first cylinder and be arranged at first fixed part of described first cylinder one end, second button include the second cylinder and
Second fixed part of described second cylinder one end is arranged at, wherein the instruction support, first cylinder and second post
Body setting nested with one another, the first button tapered end is connected between first fixed part and first lock assembly, is entered
And in first lock assembly in bias state and during reset state, by first lock assembly by first button
Component drives to differing heights relative to the storage main body, and the second button tapered end is connected to second fixed part and institute
State between the second lock assembly, and then when second lock assembly is in bias state and reset state, by described second
Second button assembly is driven to differing heights by lock assembly relative to the storage main body.
25. battery outer devices according to claim 24, it is characterised in that the first button tapered end and described second
Button tapered end is fixedly connected respectively by screw with first fixed part and second fixed part.
26. battery outer devices according to claim 24, it is characterised in that the first button tapered end and described second
Button tapered end is snapped connection respectively with first lock assembly and second lock assembly.
27. battery outer devices according to claim 24, it is characterised in that the first button tapered end and described second
Cushion pad is provided between button tapered end and the instruction support.
28. according to the battery outer device described in claim 24, it is characterised in that the instruction support and first post
Coordinate in D fonts on the section perpendicular to axial direction between body, to prevent first cylinder relative to the instruction support
Rotate.
29. according to the battery outer device described in claim 24, it is characterised in that the first button tapered end and second is pressed
At least one limit rib is provided with key-lock head, at least one limit rib on the first button tapered end is pressed with described second
At least one limit rib mutual dislocation on key-lock head is arranged, to prevent second cylinder relative to the rotation of the first cylinder.
30. a kind of unmanned planes, it is characterised in that the unmanned plane is arranged just like the battery described in claim 1-29 any one
Storage device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621176955.3U CN206155799U (en) | 2016-11-02 | 2016-11-02 | Battery storage device and unmanned aerial vehicle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621176955.3U CN206155799U (en) | 2016-11-02 | 2016-11-02 | Battery storage device and unmanned aerial vehicle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206155799U true CN206155799U (en) | 2017-05-10 |
Family
ID=58657194
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621176955.3U Expired - Fee Related CN206155799U (en) | 2016-11-02 | 2016-11-02 | Battery storage device and unmanned aerial vehicle |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206155799U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107074372A (en) * | 2016-11-02 | 2017-08-18 | 深圳市大疆创新科技有限公司 | A kind of battery outer device and unmanned plane |
| CN109075276A (en) * | 2017-08-04 | 2018-12-21 | 深圳市大疆灵眸科技有限公司 | Battery fastening structure and rolled round controller |
-
2016
- 2016-11-02 CN CN201621176955.3U patent/CN206155799U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107074372A (en) * | 2016-11-02 | 2017-08-18 | 深圳市大疆创新科技有限公司 | A kind of battery outer device and unmanned plane |
| CN107074372B (en) * | 2016-11-02 | 2019-03-29 | 深圳市大疆创新科技有限公司 | A kind of battery outer device and unmanned plane |
| CN110021723A (en) * | 2016-11-02 | 2019-07-16 | 深圳市大疆创新科技有限公司 | A kind of battery outer device and unmanned plane |
| US11088414B2 (en) | 2016-11-02 | 2021-08-10 | SZ DJI Technology Co., Ltd. | Battery housing apparatus and unmanned aerial vehicle |
| CN110021723B (en) * | 2016-11-02 | 2022-06-14 | 深圳市大疆创新科技有限公司 | Battery storage device and unmanned aerial vehicle |
| CN109075276A (en) * | 2017-08-04 | 2018-12-21 | 深圳市大疆灵眸科技有限公司 | Battery fastening structure and rolled round controller |
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Granted publication date: 20170510 |